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Introduction

Plots and tables should be provided will be collected in this page for the paper using

we follow the procedure:

  • Event selction,
    • Table of selected events of each physics process and data, the sum of MC final events should compatible to the data, otherwise the reason should be figured out
    • Compare the as much properties as possible between the data and MC, such as objects 4m distribution, relations distribution between objects, this will help understand the discrepency above
  • Reconstruction of ttbar system
    • Compare the reconstructed particles between MC and data
  • Measurement
    • Correction function from MC, this correction function should work for the MC test.
  • Uncerntainties

Time Scale:

  • June, 9: All systematic uncertainties, INT note draft ready

  • June 2: slection table of all data and background, QCD estimation and Wjets estimation.

  • May 25: plots for objects validation: MC/data comparison of objects properties before and after event selection. Corrections fucntion from proto samples.

C. Zhu

muon selection:

  • plots of MC/data comparison of GOOD muon's eta, pt, phi, etcone20, author, dR to the closest truth muon
  • same plots as above, after ttbar events selection and reconstruction.

Etmiss performance

ttbar l+jet channel
  • Plot: ETxy_miss resolution v.s. sumEt in ttbar l+jet channel

  • Plot: ETxy_miss bias v.s. trueEt in ttbar l+jet channel

  • Plot: ET_miss calivration factor v.s.s trueEt in ttbar l+jet channel
ttbar di-l channel:
  • Plot: ETxy_miss resolution v.s. sumEt in ttbar l+l channel

  • Plot: ETxy_miss bias v.s. trueEt in ttbar l+l channel

  • Plot: ET_miss calivration factor v.s.s trueEt in ttbar l+l channel

Background shape estimations

  • Wjets shape estimation:
    • Plot: cospsi shape distribution of different samples ( event selection tuned for Wjets, other samples is little selected

    • Plot: F0 variance with different shape of background (change fit variables in one sigma) subtraction

    • Plot: FL variance with different shape of background (change fit variables in one sigma) subtraction

    • Plot: FR variance with different shape of background (change fit variables in one sigma) subtraction

Event selection of different MC samples

2010 data
All number scaled to 35 pb-1
  processes: totalevents processTTbar processWjets processQCD Scale
Dataset below     A B C D
Data 0 0 0 0 0 0
T1_McAtNlo_Jimmy 1 3115.81 71.4617 41.5484 12.1899 0.0135293
AlpgenJimmyWbbNp0_pt20 2 136.64 0.042069 0 0 0.0210345
AlpgenJimmyWbbNp1_pt20 3 111.02 0.100927 0.0201855 0.0605564 0.0201855
AlpgenJimmyWbbNp2_pt20 4 59.78 0.438679 0.21934 0.0598199 0.01994
AlpgenJimmyWbbNp3_pt20 5 25.62 0.512742 0.290554 0.085457 0.0170914
JF17_pythia_jet_filter 6 3.41812e+09 0 173.191 3637.02 86.5956
AlpgenJimmyWWlnulnuNp0 7 0 0 0 0 0
AlpgenJimmyWWlnulnuNp1 8 0 0 0 0 0
AlpgenJimmyWWlnulnuNp2 9 0 0 0 0 0
AlpgenJimmyWWlnulnuNp3 10 0 0 0 0 0
AlpgenJimmyWZincllNp0 11 0 0 0 0 0
AlpgenJimmyWZincllNp1 12 0 0 0 0 0
AlpgenJimmyWZincllNp2 13 0 0 0 0 0
AlpgenJimmyWZincllNp3 14 0 0 0 0 0
AlpgenJimmyZZincllNp0 15 0 0 0 0 0
AlpgenJimmyZZincllNp1 16 0 0 0 0 0
AlpgenJimmyZZincllNp2 17 0 0 0 0 0
AlpgenJimmyZZincllNp3 18 0 0 0 0 0
AlpgenJimmyZeeNp0_pt20 19 0 0 0 0 0
AlpgenJimmyZeeNp1_pt20 20 0 0 0 0 0
AlpgenJimmyZeeNp2_pt20 21 0 0 0 0 0
AlpgenJimmyZeeNp3_pt20 22 0 0 0 0 0
AlpgenJimmyZeeNp4_pt20 23 0 0 0 0 0
AlpgenJimmyZeeNp5_pt20 24 0 0 0 0 0
AlpgenJimmyZmumuNp0_pt20 25 0 0 0 0 0
AlpgenJimmyZmumuNp1_pt20 26 0 0 0 0 0
AlpgenJimmyZmumuNp2_pt20 27 0 0 0 0 0
AlpgenJimmyZmumuNp3_pt20 28 0 0 0 0 0
AlpgenJimmyZmumuNp4_pt20 29 0 0 0 0 0
AlpgenJimmyZmumuNp5_pt20 30 0 0 0 0 0
AlpgenJimmyZtautauNp0_pt20 31 0 0 0 0 0
AlpgenJimmyZtautauNp1_pt20 32 0 0 0 0 0
AlpgenJimmyZtautauNp2_pt20 33 0 0 0 0 0
AlpgenJimmyZtautauNp3_pt20 34 0 0 0 0 0
AlpgenJimmyZtautauNp4_pt20 35 0 0 0 0 0
AlpgenJimmyZtautauNp5_pt20 36 0 0 0 0 0
AlpgenJimmyWenuNp0_pt20 37 295198 0.342453 0.856133 0.342453 0.0856133
AlpgenJimmyWenuNp1_pt20 38 55211.1 0 0.344337 0.258253 0.0860843
AlpgenJimmyWenuNp2_pt20 39 16102.2 0.0428941 3.45297 0.836434 0.021447
AlpgenJimmyWenuNp3_pt20 40 4308.43 0.0646497 10.4948 3.27559 0.0215499
AlpgenJimmyWenuNp4_pt20 41 1080.31 0.16632 18.316 4.69854 0.02079
AlpgenJimmyWenuNp5_pt20 42 294.63 0.105278 12.907 4.29533 0.0210555
AlpgenJimmyWmunuNp0_pt20 43 296142 0.3434 2.83305 0 0.0858499
AlpgenJimmyWmunuNp1_pt20 44 54707.2 0 1.79265 0.256093 0.0853644
AlpgenJimmyWmunuNp2_pt20 45 16025.3 0.085273 5.75593 0.36241 0.0213182
AlpgenJimmyWmunuNp3_pt20 46 4316.97 0.105855 15.8359 0.931522 0.021171
AlpgenJimmyWmunuNp4_pt20 47 1097.39 0.232279 30.4707 1.85823 0.0211162
AlpgenJimmyWmunuNp5_pt20 48 298.9 0.128155 21.5941 2.11456 0.0213592
AlpgenJimmyWtaunuNp0_pt20 49 291889 0 0 0.172234 0.0861171
AlpgenJimmyWtaunuNp1_pt20 50 54519.4 0 0.256036 0 0.0853453
AlpgenJimmyWtaunuNp2_pt20 51 16080.8 0 0.727284 0.235298 0.0213907
AlpgenJimmyWtaunuNp3_pt20 52 4304.16 0.021317 2.1317 0.405023 0.021317
AlpgenJimmyWtaunuNp4_pt20 53 1097.39 0.0211162 3.71646 0.696836 0.0211162
AlpgenJimmyWtaunuNp5_pt20 54 298.9 0.0199373 2.93078 0.817429 0.0199373
st_tchan_enu_McAtNlo_Jimmy 55 0 0 0 0 0
st_tchan_munu_McAtNlo_Jimmy 56 0 0 0 0 0
st_tchan_taunu_McAtNlo_Jimmy 57 0 0 0 0 0
st_schan_enu_McAtNlo_Jimmy 58 0 0 0 0 0
st_schan_munu_McAtNlo_Jimmy 59 0 0 0 0 0
st_schan_taunu_McAtNlo_Jimmy 60 0 0 0 0 0

classify the the datasets into 6, summarize the table above as:

  processes: totalevents processTTbar processWjets processQCD
Dataset below     A B C
TTbar 0 3115.81 71.4617 41.5484 12.1899
QCD 1 3.41812e+09 0 173.191 3637.02
diboson 2 0 0 0 0
Zjets 3 0 0 0 0
Wjets 4 1.1133e+06 2.77334 134.946 21.7621
singlet 5 0 0 0 0

为了æ高TTbar选择方案在Wjets data中选择的事例数é‡ï¼Œå°†btag的阈值将为1， 也就是SV0>1çš„jet作为Bjets

  processes: totalevents processTTbar processWjets processQCD
Dataset below     A B C
TTbar 0 3115.81 93.6527 30.3532 9.58136
QCD 1 3.41812e+09 86.5847 86.5847 3376.8
diboson 2 248.467 0.0106098 0.400747 0.145065
Zjets 3 108475 0.156585 10.8234 4.7013
Wjets 4 1.1133e+06 4.13234 129.737 19.3907
singlet 5 783.808 1.2484 0.493549 0.143813

2011 data 163.5pb-1,

data taking og 2011 period B and D

  processes: totalevents processTTbar processWjets processQCD Scale
Dataset below     A B C D
Data 0 4.16522e+07 426 0 0 1
T1_McAtNlo_Jimmy 1 14555.3 346.487 0 0 0.472697
AlpgenJimmyWbbNp0_pt20 2 0 0 0 0 0
AlpgenJimmyWbbNp1_pt20 3 0 0 0 0 0
AlpgenJimmyWbbNp2_pt20 4 0 0 0 0 0
AlpgenJimmyWbbNp3_pt20 5 0 0 0 0 0
JF17_pythia_jet_filter 6 0 0 0 0 0
AlpgenJimmyWWlnulnuNp0 7 0 0 0 0 0
AlpgenJimmyWWlnulnuNp1 8 195.263 0 0 0 0.00781146
AlpgenJimmyWWlnulnuNp2 9 0 0 0 0 0
AlpgenJimmyWWlnulnuNp3 10 35.2146 0 0 0 0.00352322
AlpgenJimmyWZincllNp0 11 131.362 0 0 0 0.008761
AlpgenJimmyWZincllNp1 12 78.9362 0 0 0 0.0078952
AlpgenJimmyWZincllNp2 13 43.7215 0 0 0 0.00874606
AlpgenJimmyWZincllNp3 14 18.3987 0 0 0 0.00368194
AlpgenJimmyZZincllNp0 15 97.7305 0.00977892 0 0 0.00977892
AlpgenJimmyZZincllNp1 16 44.5129 0.0197879 0 0 0.00989395
AlpgenJimmyZZincllNp2 17 17.4095 0.0174339 0 0 0.00348678
AlpgenJimmyZZincllNp3 18 5.53938 0.0044315 0 0 0.00221575
AlpgenJimmyZeeNp0_pt20 19 132029 0 0 0 0.0206544
AlpgenJimmyZeeNp1_pt20 20 26589.4 0 0 0 0.0199359
AlpgenJimmyZeeNp2_pt20 21 8038.64 0.0198547 0 0 0.0198547
AlpgenJimmyZeeNp3_pt20 22 2234.06 0.0406408 0 0 0.0203204
AlpgenJimmyZeeNp4_pt20 23 538.569 0.0179571 0 0 0.0179571
AlpgenJimmyZeeNp5_pt20 24 159.576 0.0354929 0 0 0.0177464
AlpgenJimmyZmumuNp0_pt20 25 131191 0.0198204 0 0 0.0198204
AlpgenJimmyZmumuNp1_pt20 26 26489.6 0 0 0 0.0198465
AlpgenJimmyZmumuNp2_pt20 27 7899.01 0.0195575 0 0 0.0195575
AlpgenJimmyZmumuNp3_pt20 28 2214.12 0 0 0 0.0201368
AlpgenJimmyZmumuNp4_pt20 29 558.516 0 0 0 0.0186309
AlpgenJimmyZmumuNp5_pt20 30 159.576 0.0479063 0 0 0.0159688
AlpgenJimmyZtautauNp0_pt20 31 131132 0 0 0 0.0206219
AlpgenJimmyZtautauNp1_pt20 32 26529.5 0 0 0 0.0198773
AlpgenJimmyZtautauNp2_pt20 33 8058.59 0.0597149 0 0 0.019905
AlpgenJimmyZtautauNp3_pt20 34 2194.17 0.0798286 0 0 0.0199572
AlpgenJimmyZtautauNp4_pt20 35 578.463 0.0192937 0 0 0.0192937
AlpgenJimmyZtautauNp5_pt20 36 139.629 0.0698634 0 0 0.0139727
AlpgenJimmyWenuNp0_pt20 37 1.379e+06 0.399126 0 0 0.399126
AlpgenJimmyWenuNp1_pt20 38 257915 0 0 0 0.402137
AlpgenJimmyWenuNp2_pt20 39 75220.1 0.13973 0 0 0.0199615
AlpgenJimmyWenuNp3_pt20 40 20126.5 0.73757 0 0 0.0199343
AlpgenJimmyWenuNp4_pt20 41 5046.59 0.605908 0 0 0.0201969
AlpgenJimmyWenuNp5_pt20 42 1376.34 0.688634 0 0 0.0196753
AlpgenJimmyWmunuNp0_pt20 43 1.3834e+06 0 0 0 0.399075
AlpgenJimmyWmunuNp1_pt20 44 255561 0 0 0 0.398153
AlpgenJimmyWmunuNp2_pt20 45 74861.1 0.21855 0 0 0.0198682
AlpgenJimmyWmunuNp3_pt20 46 20166.4 0.918844 0 0 0.0199749
AlpgenJimmyWmunuNp4_pt20 47 5126.38 0.864859 0 0 0.020113
AlpgenJimmyWmunuNp5_pt20 48 1396.29 0.698564 0 0 0.019959
AlpgenJimmyWtaunuNp0_pt20 49 1.36354e+06 0 0 0 0.676127
AlpgenJimmyWtaunuNp1_pt20 50 254683 0 0 0 0.396821
AlpgenJimmyWtaunuNp2_pt20 51 75120.4 0.0331042 0 0 0.0331042
AlpgenJimmyWtaunuNp3_pt20 52 20106.6 0.159331 0 0 0.0199164
AlpgenJimmyWtaunuNp4_pt20 53 5126.38 0.225694 0 0 0.0205177
AlpgenJimmyWtaunuNp5_pt20 54 1396.29 0.0438451 0 0 0.0219225
st_tchan_enu_McAtNlo_Jimmy 55 1169.35 2.08233 0 0 0.00986887
st_tchan_munu_McAtNlo_Jimmy 56 1173.28 2.91376 0 0 0.00991076
st_tchan_taunu_McAtNlo_Jimmy 57 1165.43 0.167825 0 0 0.00987207
st_schan_enu_McAtNlo_Jimmy 58 76.5998 0.291115 0 0 0.00909736
st_schan_munu_McAtNlo_Jimmy 59 76.5834 0.444146 0 0 0.0090642
st_schan_taunu_McAtNlo_Jimmy 60 76.845 0.0633214 0 0 0.00904591

classify the the datasets into 6, summarize the table above as:

  processes: totalevents processTTbar processWjets processQCD
Dataset below     A B C
TTbar 0 14555.3 346.487 0 0
QCD 1 0 0 0 0
diboson 2 668.089 0.0514322 0 0
Zjets 3 506734 0.42993 0 0
Wjets 4 5.19917e+06 5.73376 0 0
singlet 5 3738.08 5.9625 0 0

2011 data 694.8pb-1

  • Without Btag Scale：
  • list of signal and background passing cut...ele channel
  1 b-tag 2 t-tag 2 btag + reconstruction
TTbar 2401.0 810.7 495.2
HadTTbar 1.0 0.1 0.1
Wjets 358.3 36.0 22.9
Zjets 36.5 3.9 2.6
diBoson 5.5 0.7 0.4
SingleT 133.9 30.7 19.9
QCD 81 24.5 10
total 3017.7 905.0 551.1
data(new GRL) 3006.0 858.0 529.0
  • list of signal and background passing cut...muon channel
  1 b-tag 2 t-tag 2 btag + reconstruction
TTbar 3446.6 1164.0 765.3
HadTTbar 1.4 0.2 0.2
Wjets 633.3 42.4 25.7
Zjets 45.7 5.0 3.6
diBoson 8.8 1.0 0.8
SingleT 177.2 43.7 30.6
QCD 230 47.5 43?
total 4543.6 1303 869.1
data (new GRL) 4317.0 1235.0 822.0

  • With Btag scale
  • list of signal and background passing cut...ele channel
  1 b-tag 2 t-tag 2 btag + reconstruction
TTbar 2217.7 654.8 401.8
HadTTbar 1.0 0.1 0.1
Wjets 322.9 28.1 18.3
Zjets 33.0 3.1 2.1
diBoson 5.0 0.6 0.3
SingleT 122.9 24.8 16.2
QCD 81 24.5 10.0
total 2783.0 735.9 448.7
data (new GRL) 3006.0 858.0 529.0
  • list of signal and background passing cut...muon channel
  1 b-tag 2 t-tag 2 btag + reconstruction
TTbar 3185.3 941.7 621.5
HadTTbar 1.3 0.1 0.1
Wjets 570.6 34.2 20.7
Zjets 41.5 4.0 2.9
diBoson 8.0 0.8 0.6
SingleT 161.7 35.1 24.6
QCD 230 47.5 43 .0
total 4198.0 1063.9 713.5
data (new GRL) 4317.0 1235.0 822.0

  processes: totalevents processTTbar processWjets processQCD Scale
Dataset below     A B C D
T1_McAtNlo_Jimmy 1 11563909 1432.36602 84.72546206 189.6149613 0.005368487014
AlpgenJimmyZeeNp0_pt20 19 6612265 0.08485560272 42.34294576 28.76604932 0.08485560272
AlpgenJimmyZeeNp1_pt20 20 1333745 0 23.89157856 19.40131734 0.0847219098
AlpgenJimmyZeeNp2_pt20 21 404873 0.08437710536 24.30060634 19.49111134 0.08437710536
AlpgenJimmyZeeNp3_pt20 22 109942 0.1727121049 26.68402021 16.92578628 0.08635605246
AlpgenJimmyZeeNp4_pt20 23 29992 0.3052507362 12.05740408 10.07327429 0.07631268405
AlpgenJimmyZeeNp5_pt20 24 8992 0.0754174911 4.600466957 3.921709537 0.0754174911
AlpgenJimmyZmumuNp0_pt20 25 6619010 0 57.36147476 0.4211562024 0.08423124048
AlpgenJimmyZmumuNp1_pt20 26 1334723 0.08434227722 31.71269624 0.6747382178 0.08434227722
AlpgenJimmyZmumuNp2_pt20 27 403886 0.08311411378 30.66910799 0.4155705689 0.08311411378
AlpgenJimmyZmumuNp3_pt20 28 109954 0.08557567583 36.19851088 0.8557567583 0.08557567583
AlpgenJimmyZmumuNp4_pt20 29 29978 0.4750562306 31.43288726 0.8709364227 0.07917603843
AlpgenJimmyZmumuNp5_pt20 30 9993 0 16.42282471 0.7464920324 0.06786291204
AlpgenJimmyZtautauNp0_pt20 31 6618801 0 4.20977391 1.010345738 0.08419547819
AlpgenJimmyZtautauNp1_pt20 32 1334664 0 6.166531392 1.351568524 0.08447303276
AlpgenJimmyZtautauNp2_pt20 33 404853 0.2537719694 7.951521707 1.776403786 0.08459065646
AlpgenJimmyZtautauNp3_pt20 34 109944 0.1696248745 11.44967903 1.950686057 0.08481243724
AlpgenJimmyZtautauNp4_pt20 35 29982 0.08199281369 9.101202319 1.393877833 0.08199281369
AlpgenJimmyZtautauNp5_pt20 36 19986 0.1187600961 3.830013098 0.8016306485 0.02969002402
AlpgenJimmyWenuNp0_pt20 37 3455037 1.696176698 371.462697 62.75853784 1.696176698
AlpgenJimmyWenuNp1_pt20 38 641361 0 193.1135789 41.0152734 1.708969725
AlpgenJimmyWenuNp2_pt20 39 3768265 1.357292566 207.920255 47.5900706 0.08483078538
AlpgenJimmyWenuNp3_pt20 40 1009641 2.626178695 276.341771 55.06503715 0.08471544177
AlpgenJimmyWenuNp4_pt20 41 249869 2.832438405 295.4319088 54.41714996 0.08583146681
AlpgenJimmyWenuNp5_pt20 42 69953 1.755902645 142.0608854 37.12479878 0.08361441168
AlpgenJimmyWmunuNp0_pt20 43 3466523 0 400.2467582 5.087882519 1.69596084
AlpgenJimmyWmunuNp1_pt20 44 641867 0 228.425215 1.69203863 1.69203863
AlpgenJimmyWmunuNp2_pt20 45 3428980 0.92779495 290.3070399 1.948369395 0.092779495
AlpgenJimmyWmunuNp3_pt20 46 1009589 3.565284802 395.3221744 4.838600803 0.08488773338
AlpgenJimmyWmunuNp4_pt20 47 254879 3.675411047 430.6214152 5.299429882 0.08547467551
AlpgenJimmyWmunuNp5_pt20 48 69958 3.223165779 208.572754 4.749928517 0.08482015209
AlpgenJimmyWtaunuNp0_pt20 49 3416438 0 25.44166062 3.392221416 1.696110708
AlpgenJimmyWtaunuNp1_pt20 50 641809 0 25.29570117 1.686380078 1.686380078
AlpgenJimmyWtaunuNp2_pt20 51 3768750 0.4235370258 33.03588801 3.134173991 0.08470740515
AlpgenJimmyWtaunuNp3_pt20 52 1009548 0.2539178348 50.36037056 5.755470921 0.08463927825
AlpgenJimmyWtaunuNp4_pt20 53 249853 0.7847466245 58.6816087 8.196242523 0.08719406939
AlpgenJimmyWtaunuNp5_pt20 54 63692 0.1863294668 27.48359635 3.726589336 0.0931647334
st_tchan_enu_McAtNlo_Jimmy 55 177639 8.112706142 2.070138809 2.321912448 0.02797484877
st_tchan_munu_McAtNlo_Jimmy 56 177489 13.23154189 1.685546737 0.1966471193 0.02809244562
st_tchan_taunu_McAtNlo_Jimmy 57 177319 0.7541448039 0.2513816013 0.3072441794 0.02793128903
st_schan_enu_McAtNlo_Jimmy 58 253821 1.200428933 0.08849315854 0.3129323288 0.001282509544
st_schan_munu_McAtNlo_Jimmy 59 253565 1.832881333 0.1309200952 0.04364003174 0.001283530345
st_schan_taunu_McAtNlo_Jimmy 60 253646 0.206000552 0.006437517248 0.04248761384 0.00128750345
protos_ttbar_semilep_FR 61 0.0004991436726 1517.560212 106.574707 192.9494789 123924094.2
protos_ttbar_semilep_FL 62 0.000497130095 1580.569098 101.0339202 223.9662094 124426036.8
protos_ttbar_semilep_F0 63 0.0004961054074 1910.001188 130.6678981 232.1590698 124683034.3
TTbar_FullHad_McAtNlo_Jimmy 76 928065 0.5272319713 0 20.27446581 0.04793017921
AlpgenJimmyWbbFullNp0_pt20 77 91485 0.4312753645 1.725101458 0 0.4312753645
AlpgenJimmyWbbFullNp1_pt20 78 67475 8.840276523 4.420138262 1.768055305 0.4420138262
AlpgenJimmyWbbFullNp2_pt20 79 33478 12.95599137 9.069193961 3.023064654 0.4318663791
AlpgenJimmyWbbFullNp3_pt20 80 12997 12.76002342 23.81871039 6.805345824 0.425334114
AlpgenWccFullNp2_pt20 93 103464 2.518214781 43.6490562 5.875834489 0.4197024635
AlpgenWccFullNp3_pt20 94 33984 4.161128814 99.45097864 10.40282203 0.4161128814
AlpgenWcNp0_pt20 97 6483825 0 40.35645554 6.049324958 0.08286746518
AlpgenWcNp1_pt20 98 2069456 0.3303828252 52.2830821 7.433613568 0.08259570631
AlpgenWcNp2_pt20 99 517833 2.044908146 63.88293048 8.915799517 0.08179632584
AlpgenWcNp3_pt20 100 114936 1.736712278 62.52164201 8.435459637 0.08270058467
AlpgenWcNp4_pt20 101 29977 1.323971365 31.61955142 5.062243453 0.07788066851
AlpgenWccFullNp1_pt20 102 206446 0.84556509 22.40747488 2.113912725 0.422782545
AlpgenWccFullNp0_pt20 103 254955 0.4170696942 6.673115107 0.8341393884 0.4170696942
st_Wt_McAtNlo_Jimmy 104 797466 34.39166192 10.32436318 10.18707112 0.01372920636
AlpgenJimmyZeebbNp0_nofilter 105 149971 0.3424436883 0.4565915844 1.027331065 0.0380492987
AlpgenJimmyZeebbNp1_nofilter 106 99977 0.8833320964 0.5170724467 1.249591746 0.02154468528
AlpgenJimmyZeebbNp2_nofilter 107 77970 0.8625222345 0.6146710177 1.387966814 0.009914048673
AlpgenJimmyZeebbNp3_nofilter 108 9990 0.6103236486 0.5764167793 1.729250338 0.03390686937
AlpgenJimmyZmumubbNp0_nofilter 109 149971 0.189956925 0.68384493 0 0.037991385
AlpgenJimmyZmumubbNp1_nofilter 110 199934 0.600878825 0.4077392027 0.04291991607 0.01072997902
AlpgenJimmyZmumubbNp2_nofilter 111 79960 0.9667313344 0.7733850675 0.1160077601 0.009667313344
AlpgenJimmyZmumubbNp3_nofilter 112 9994 1.084585551 1.694664924 0.1016798954 0.03389329848
AlpgenJimmyZtautaubbNp0_nofilter 113 149967 0.07610062714 0 0.07610062714 0.03805031357
AlpgenJimmyZtautaubbNp1_nofilter 114 99971 0.5624542892 0.08653142911 0.1081642864 0.02163285728
AlpgenJimmyZtautaubbNp2_nofilter 115 39978 0.6960813823 0.2126915335 0.1353491577 0.01933559395
AlpgenJimmyZtautaubbNp3_nofilter 116 8994 0.5272642595 0.4896025267 0.414279061 0.03766173282
WW_Herwig.merge 117 249915 0.141964049 23.23478269 1.46696184 0.04732134968
ZZ_Herwig.merge 118 249906 0.154615676 0.7484804316 0.3970811679 0.003513992636
WZ_Herwig.merge 119 249923 0.9399669292 5.917168866 1.263562102 0.01540929392
2011 data 1035.27 pb-1
  • QCD is estimated from study of 694pb-1 SV0 tagger.
  • list of signal and background (elec channel)
    TTbar 4270.6 +/- 921.3 2234.7 +/- 544.7 1310.3 +/- 300.2
    HadTTbar 1.6 +/- 0.3 0.3 +/- 0.1 0.3 +/- 0.1
    Wjets 1163.4 +/- 191.5 141.9 +/- 40.6 77.8 +/- 23.0
    Zjets 150.8 +/- 26.4 20.5 +/- 6.2 14.6 +/- 4.1
    diBoson 16.5 +/- 2.7 2.8 +/- 0.7 1.6 +/- 0.5
    SingleT 255.6 +/- 46.8 94.2 +/- 23.2 56.1 +/- 13.5
    QCD 171 92 36
    total 5939.5 +/- 946.0 2518.8 +/- 547.3 1470.7 +/- 301.6
    data 5947.0 2649.0 1548.0

  • list of signal and background (muon channel)
    TTbar 6101.6 +/- 1344.0 3221.7 +/- 786.8 2025.3 +/- 466.1
    HadTTbar 2.1 +/- 0.4 0.9 +/- 0.2 0.9 +/- 0.2
    Wjets 2050.5 +/- 362.2 267.4 +/- 81.4 149.8 +/- 43.8
    Zjets 160.2 +/- 27.3 21.1 +/- 6.2 15.5 +/- 4.4
    diBoson 27.5 +/- 4.7 4.1 +/- 1.3 3.2 +/- 0.8
    SingleT 340.5 +/- 63.7 130.0 +/- 32.0 85.7 +/- 19.8
    QCD 484 179 154
    total 8912.3 +/- 1412.6 3692.7 +/- 793.1 2323.3 +/- 470.5
    data 8689.0 3763.0 2398.0

  • below the some performance input is updated
  • list of signal and background (elec channel)
    TTbar 4271.4 +/- 892.4 2234.9 +/- 528.5 1310.9 +/- 291.0
    HadTTbar 1.2 +/- 0.1 0.6 +/- 0.1 0.6 +/- 0.1
    Wjets 1053.1 +/- 166.1 133.2 +/- 36.7 80.6 +/- 23.0
    Zjets 144.8 +/- 23.6 20.7 +/- 5.9 15.0 +/- 4.2
    diBoson 16.5 +/- 2.6 2.5 +/- 0.7 1.3 +/- 0.4
    SingleT 197.8 +/- 34.4 68.4 +/- 16.7 40.8 +/- 9.3
    QCD 171 +/- 171 92 +/- 92 36 +/-36
    total 5856.0 +/- 924.6 2552.4 +/- 537.9 1485.2 +/- 294.3
    data 6097.0 2713.0 1585.0

  • list of signal and background (muon channel)
    TTbar 6169.0 +/- 1302.6 3258.7 +/- 772.2 2046.2 +/- 452.7
    HadTTbar 1.2 +/- 0.4 1.2 +/- 0.2 1.2 +/- 0.2
    Wjets 1716.7 +/- 277.6 231.0 +/- 71.5 111.5 +/- 33.7
    Zjets 160.8 +/- 25.2 20.9 +/- 6.0 15.3 +/- 4.1
    diBoson 27.6 +/- 4.3 4.0 +/- 1.3 3.0 +/- 0.7
    SingleT 358.0 +/- 63.0 139.0 +/- 32.9 92.2 +/- 19.3
    QCD 484+/- 484 179+/- 179 77+/- 77
    total 8917.3 +/- 1418.7 3833.8 +/- 796.6 2346.4 +/- 460.8
    data 8689.0 3763.0 2398.0

below is not final

  • first colomn used Btag_SF, however should not be used, but not bug different)
  • SV1IP3D 70%

  • list of signal and background (elec channel)
    TTbar 4855.7 +/- 1089.7 4296.7 +/- 896.3 2249.7 +/- 530.8 1318.4 +/- 293.2
    HadTTbar 2.0 +/- 0.2 1.5 +/- 0.2 0.2 +/- 0.0 0.2 +/- 0.0
    Wjets 5233.2 +/- 411.2 968.1 +/- 159.4 106.7 +/- 33.1 70.3 +/- 20.7
    Zjets 772.7 +/- 69.4 188.7 +/- 29.9 28.2 +/- 8.2 19.1 +/- 5.6
    diBoson 80.4 +/- 6.4 18.5 +/- 2.8 2.7 +/- 0.7 1.7 +/- 0.5
    SingleT 318.5 +/- 60.9 256.5 +/- 45.1 92.9 +/- 22.4 54.0 +/- 13.0
    QCD 0 +/- 0 171 +/- 171 92 +/- 92 36 +/-36
    total 11262.5 +/- 1168.4 5901.0 +/- 927.9 2572.5 +/- 540.3 1499.8 +/- 296.5
    data 12111.0 6200.0 2759.0 1606.0
  • list of signal and background (muon channel)
    TTbar 6765.5 +/- 1540.6 5992.8 +/- 1262.6 3156.5 +/- 748.6 1982.6 +/- 439.8
    HadTTbar 1.6 +/- 0.3 1.4 +/- 0.3 1.0 +/- 0.2 1.0 +/- 0.2
    Wjets 9538.7 +/- 664.8 1711.0 +/- 281.5 261.5 +/- 75.3 172.2 +/- 49.7
    Zjets 926.6 +/- 75.3 214.4 +/- 34.9 36.1 +/- 9.4 26.9 +/- 6.6
    diBoson 116.6 +/- 8.8 24.5 +/- 4.2 4.1 +/- 1.7 2.6 +/- 0.8
    SingleT 435.0 +/- 85.2 347.4 +/- 59.8 132.8 +/- 32.2 86.8 +/- 19.4
    QCD 1450+/- 1450 484+/- 484 179+/- 179 77+/- 77
    total 19234.0 +/- 2220.6 8775.5 +/- 1382.9 3771.1 +/- 774.1 2349.1 +/- 449.7
    data 18641.0 9057.0 3922.0 2499.0

FitterCOMBNN at 70%

  • list of signal and background (elec channel)
    $ar_t$ signale 4901.9 +/- 1116.9 4317.8 +/- 909.6 2203.1 +/- 525.8 1315.0 +/- 297.9
    $W$ + jests 5441.9 +/- 392.8 848.2 +/- 138.7 99.8 +/- 26.8 65.6 +/- 17.8
    $Z$ + jets 664.1 +/- 46.5 83.3 +/- 13.9 3.3 +/- 1.3 3.0 +/- 1.2
    di boson 80.7 +/- 5.7 13.6 +/- 2.2 1.7 +/- 0.3 1.2 +/- 0.2
    single $t$ 321.0 +/- 63.2 256.2 +/- 45.6 89.9 +/- 22.2 52.1 +/- 12.6
    QCD 1189 +/- 595 344 +/- 344 192 +/- 192 92 +/-92
    Total expected 12598.6 +/- 1327.4 5863.2 +/- 983.5 2589.7 +/- 560.9 1529.0 +/- 312.6
    Collision data 12111.0 5838.0 2545.0 1527.0
  • list of signal and background (muon channel)
    $ar_t$ signale 7038.0 +/- 1623.4 6215.0 +/- 1327.1 3192.8 +/- 771.0 2041.2 +/- 467.4
    $W$ + jests 8324.8 +/- 580.2 1321.7 +/- 225.0 168.2 +/- 47.5 102.3 +/- 27.1
    $Z$ + jets 841.2 +/- 53.8 103.7 +/- 17.2 7.2 +/- 2.2 5.1 +/- 1.5
    di boson 126.7 +/- 8.5 21.4 +/- 3.7 2.6 +/- 0.7 2.1 +/- 0.6
    single $t$ 436.7 +/- 86.4 346.2 +/- 61.3 125.8 +/- 30.1 84.2 +/- 19.0
    Multi-jets 2199+/- 1099 773+/- 773 378+/- 378 172+/- 172
    Total expected 18966.5 +/- 2047.0 8781.0 +/- 1553.5 3874.6 +/- 860.6 2407.0 +/- 499.2
    data 19300.0 8975.0 3856.0 2514.0

jes correlation 


 Variable #  | Mean Value |   Sigma    | Eigenvalue
-------------+------------+------------+------------
 m+j          0 |     0.7053 |     0.0000 |     0.0000 
                1 |    -0.0196 |     0.0000 |     0.0000 
                2 |     0.3143 |     0.0000 |     0.0000 
 e+j          3 |     0.7035 |     0.0000 |     0.0000 
                4 |    -0.0267 |     0.0000 |     0.0000 
                5 |     0.3233 |     0.0000 |     0.0000 


6x6 matrix is as follows

     |      0    |      1    |      2    |      3    |      4    |
----------------------------------------------------------------------
   0 |  7.699e-05           0           0           0           0 
   1 | -7.018e-05   6.634e-05           0           0           0 
   2 | -6.806e-06   3.847e-06   2.957e-06           0           0 
   3 |   0.000106  -9.361e-05  -1.237e-05   0.0001779           0 
   4 | -9.856e-05   9.136e-05     7.2e-06  -0.0001444   0.0001322 
   5 | -7.413e-06   2.247e-06   5.166e-06  -3.354e-05   1.218e-05 


     |      5    |
----------------------------------------------------------------------
   0 |          0 
   1 |          0 
   2 |          0 
   3 |          0 
   4 |          0 
   5 |  2.136e-05 


6x6 matrix is as follows

     |      0    |      1    |      2    |      3    |      4    |
----------------------------------------------------------------------
   0 |          1           0           0           0           0 
   1 |    -0.9821           1           0           0           0 
   2 |     -0.451      0.2747           1           0           0 
   3 |     0.9055     -0.8617     -0.5391           1           0 
   4 |     -0.977      0.9756      0.3642     -0.9414           1 
   5 |    -0.1828     0.05968      0.6499      -0.544      0.2291 


     |      5    |
----------------------------------------------------------------------
   0 |          0 
   1 |          0 
   2 |          0 
   3 |          0 
   4 |          0 
   5 |          1

collision dataset
data run number ele events pass GRL accumulated events   muon events pass GRL accumulated events elec+ muon accumulate elec+muon
run 178044 613613 613613   378744 378744 992357 992357
run 178047 10880 624493   6617 385361 17497 1009854
run 178109 851498 1475991   526862 912223 1378360 2388214
run 179710 492874 1968865   418967 1331190 911841 3300055
run 179725 305664 2274529   210026 1541216 515690 3815745
run 179739 403809 2678338   277251 1818467 681060 4496805
run 179771 171564 2849902   115836 1934303 287400 4784205
run 179804 988692 3838594   693902 2628205 1682594 6466799
run 179938 131899 3970493   91703 2719908 223602 6690401
run 179939 486271 4456764   338933 3058841 825204 7515605
run 179940 16310 4473074   11464 3070305 27774 7543379
run 180122 718242 5191316   532176 3602481 1250418 8793797
run 180124 938508 6129824   700184 4302665 1638692 10432489
run 180139 937915 7067739   698649 5001314 1636564 12069053
run 180144 474340 7542079   358247 5359561 832587 12901640
run 180149 426097 7968176   322459 5682020 748556 13650196
run 180153 1093960 9062136   821330 6503350 1915290 15565486
run 180164 2348950 11411086   1757060 8260410 4106010 19671496
run 180212 15021 11426107   11637 8272047 26658 19698154
run 180225 2118260 13544367   1580400 9852447 3698660 23396814
run 180241 581484 14125851   441949 10294396 1023433 24420247
run 180242 638639 14764490   473951 10768347 1112590 25532837
run 180309 1183430 15947920   857932 11626279 2041362 27574199
run 180400 1711310 17659230   1301640 12927919 3012950 30587149
run 180448 136795 17796025   103696 13031615 240491 30827640
run 180481 2505820 20301845   1873640 14905255 4379460 35207100
run 180614 334475 20636320   249192 15154447 583667 35790767
run 180636 2843400 23479720   2147160 17301607 4990560 40781327
run 180664 200772 23680492   138830 17440437 339602 41120929
run 180710 923233 24603725   636028 18076465 1559261 42680190
run 182013 4284 24608009   7680 18084145 11964 42692154
run 182161 208627 24816636   137196 18221341 345823 43037977
run 182284 965713 25782349   634235 18855576 1599948 44637925
run 182346 95436 25877785   63332 18918908 158768 44796693
run 182372 897798 26775583   588854 19507762 1486652 46283345
run 182424 1440780 28216363   944003 20451765 2384783 48668128
run 182449 223221 28439584   148147 20599912 371368 49039496
run 182450 103306 28542890   67067 20666979 170373 49209869
run 182454 502379 29045269   337987 21004966 840366 50050235
run 182455 33214 29078483   22132 21027098 55346 50105581
run 182456 1344190 30422673   860187 21887285 2204377 52309958
run 182486 1693630 32116303   1126820 23014105 2820450 55130408
run 182516 603225 32719528   402217 23416322 1005442 56135850
run 182518 139370 32858898   93675 23509997 233045 56368895
run 182519 302794 33161692   205243 23715240 508037 56876932
run 182726 286996 33448688   191714 23906954 478710 57355642
run 182747 1792160 35240848   1175820 25082774 2967980 60323622
run 182766 271557 35512405   181249 25264023 452806 60776428
run 182787 2056830 37569235   1367510 26631533 3424340 64200768
run 182796 1837410 39406645   1214760 27846293 3052170 67252938
run 182879 321084 39727729   212983 28059276 534067 67787005
run 182886 261606 39989335   173186 28232462 434792 68221797
run 182997 225745 40215080   146974 28379436 372719 68594516
run 183003 2653570 42868650   1653930 30033366 4307500 72902016
run 183021 1398300 44266950   922542 30955908 2320842 75222858
run 183038 76877 44343827   50928 31006836 127805 75350663
run 183045 1071390 45415217   705591 31712427 1776981 77127644
run 183054 543275 45958492   355690 32068117 898965 78026609
run 183078 116243 46074735   77229 32145346 193472 78220081
run 183079 63296 46138031   41206 32186552 104502 78324583
run 183081 2747160 48885191   1806340 33992892 4553500 82878083
run 183127 775810 49661001   516481 34509373 1292291 84170374
run 183129 430070 50091071   281203 34790576 711273 84881647
run 183130 1258170 51349241   815645 35606221 2073815 86955462
run 183216 1894710 53243951   1245130 36851351 3139840 90095302
run 183272 824035 54067986   544622 37395973 1368657 91463959
run 183286 1633280 55701266   1074820 38470793 2708100 94172059
run 183347 1868960 57570226   1244110 39714903 3113070 97285129

L.Chen:

KLFitter study: Test Sample

  • Data:
    • mc10_7TeV.105200.T1_McAtNlo_Jimmy.merge.NTUP_TOP.e598_s933_s946_r1831_r1700_p406_tid254757_00
    • NTUP_TOP.254757._000025.root.6 NTUP_TOP.254757._000060.root.1
    • NTUP_TOP.254757._000064.root.1 NTUP_TOP.254757._000089.root.1
    • NTUP_TOP.254757._000055.root.1 NTUP_TOP.254757._000063.root.1
    • NTUP_TOP.254757._000079.root.1
  • Total event: 69945 (un-weighted)
  • After event selection, KLFitter input 4-leading pt jets, no matter the 4-leading pt jets contain how many bjets.
  • MC data and truth deltaR<0.3 means match.

KLFitter study: One b-jet is required in event selection


Table: KLFitter efficiencies.

criteria 1 N0= 6681 Selected events inputs to KLFitter    
criteria 2 N1= 6029 Leptonic b quark matched    
criteria 3 N2= 6041 Hadronic b quark matched    
criteria 4 N3= 3921 Both light quark matched    
criteria 2 and 3 N4= 5442      
criteria 3 and 4 N5= 3499      
criteria 2 and 3 and 4 N6= 3118      

KLFitter for reconstruction:
criteria 11 NN0= 6590 Good KLFitter reconstruction  
criteria 12 NN1= 2744 Leptonic b quark matched  
criteria 13 NN2= 2819 Hadronic b quark matched  
criteria 14 NN3= 2072 Both light quarks matched  
criteria 12 and 13 NN4= 1837    
criteria 13 and 14 NN5= 1198    
criteria 12 and 13 and 14 NN6= 1007    

KLFitter study: Two b-jets required in the events selection


Table: compare performance of KLFitter and CSC method

criterias entries comments
criteria 1 NN= 2210 Events inputs to KLFitter    
criteria 2 N1= 2156 Leptonic b quark matched    
criteria 3 N2= 2154 Hadronic b quark matched    
criteria 4 N3= 1383 Both light quark matched    
criteria 2 and 3 N4= 2102      
criteria 3 and 4 N5= 1341      
criteria 2 and 3 and 4 N6= 1308      

KLFitter and CSC reconstruction's result:
  • 4jets: input KLFitter 4 leading pt jets
  • 5jets: input KLFitter at most 5 leading pt jets
  • 6jets: input KLFitter at most 6 leading pt jets
criterias CSC KLFitter (4jets) KLFitter (5jets) KLFitter(6jets) comments
criteria 11 NN0=1427 NN0=2121 NN0=2157 NN0=2157 Good KLFitter or CSC reconstruction
criteria 12 NN1=900 NN1=1080 NN1=1101 NN1=1095 Leptonic b quark matched
criteria 13 NN2=886 NN2=1089 NN2=1095 NN2=1090 Hadronic b quark matched
criteria 14 NN3=615 NN3=767 NN3=837 NN3=840 Both light quarks matched
criteria 12 and 13 NN4=818 NN4=943 NN4=888 NN4=868  
criteria 13 and 14 NN5=493 NN5=470 NN5=543 NN5=552  
criteria 12 and 13 and 14 NN6=479 NN6=439 NN6=484 NN6=482  

electron selection:

  • plots of MC/data comparison of GOOD electron's eta, pt, phi, etcone20, isEM, author, dR to the closest truth electron
  • same plots as above, after ttbar events selection and reconstruction.

Systematics

  • Plot: F0 variance when use diffrent PDF
  • Plot: FL variance when use diffrent PDF
  • Plot: FR variance when use diffrent PDF

  • Plot: F0 variance when use diffrent top mass MC samples
  • Plot: FL variance when use diffrent top mass MC samples
  • Plot: FR variance when use diffrent top mass MC samples,

B. Li:

DD Wjets background estimation

validation of the method
jetnumbe: 0 1 2 3 4 5 6 7 8 9 10
Zee4p 0+/-0 518+/-22.7596 1646+/-40.5709 2353+/-48.5077 1456+/-38.1576 310+/-17.6068 60+/-7.74597 9+/-3 0+/-0 1+/-1
Zee4pNorm 0+/-0 0.0815363+/-0.0035825 0.25909+/-0.00638611 0.370376+/-0.00763541 0.229183+/-0.00600623 0.0487958+/-0.00277142 0.00944436+/-0.00121926 0.00141665+/-0.000472218 0+/-0 0.000157406+/-0.000157406
Zmm4p 0+/-0 816+/-28.5657 2677+/-51.7397 3908+/-62.514 2579+/-50.7839 534+/-23.1084 101+/-10.0499 17+/-4.12311 0+/-0 1+/-1
Zmm4pNorm 0+/-0 0.0767422+/-0.00268652 0.251763+/-0.00486596 0.367535+/-0.00587924 0.242547+/-0.00477606 0.050221+/-0.00217328 0.00949873+/-0.000945159 0.0015988+/-0.000387765 0+/-0 9.40468e-05+/-9.40468e-05
Z4pemRatio 0+/-0 1.06247+/-0.0596877 1.0291+/-0.0322338 1.00773+/-0.0262953 0.944903+/-0.0309744 0.971622+/-0.0693773 0.994276+/-0.162063 0.886075+/-0.365268 0+/-0 1.6737+/-2.36697
Zee1p 0+/-0 151193+/-388.835 11922+/-109.188 1899+/-43.5775 326+/-18.0555 70+/-8.3666 15+/-3.87298 4+/-2 2+/-1.41421 0+/-0
Zee1pNorm 0+/-0 0.913934+/-0.00235044 0.0720663+/-0.000660021 0.0114791+/-0.000263418 0.00197061+/-0.000109142 0.000423137+/-5.05746e-05 9.06722e-05+/-2.34115e-05 2.41793e-05+/-1.20896e-05 1.20896e-05+/-8.54866e-06 0+/-0
Zmm1p 0+/-0 302372+/-549.884 23576+/-153.545 3891+/-62.3779 633+/-25.1595 112+/-10.583 30+/-5.47723 5+/-2.23607 1+/-1 0+/-0
Zmm1pNorm 0+/-0 0.91456+/-0.00166319 0.0713084+/-0.000464415 0.0117688+/-0.000188669 0.00191458+/-7.60979e-05 0.000338757+/-3.20096e-05 9.07386e-05+/-1.65665e-05 1.51231e-05+/-6.76326e-06 3.02462e-06+/-3.02462e-06 0+/-0
Z1pemRatio 0+/-0 0.999315+/-0.00314764 1.01063+/-0.0113575 0.975385+/-0.0273037 1.02926+/-0.0701657 1.24909+/-0.190314 0.999269+/-0.315996 1.59883+/-1.07253 3.99707+/-4.8954 0+/-0
Wen4p 513+/-22.6495 4625+/-68.0074 14483+/-120.345 21737+/-147.435 14813+/-121.709 3226+/-56.7979 585+/-24.1868 115+/-10.7238 23+/-4.79583 6+/-2.44949
Wen4pNorm 0.00853208+/-0.000376701 0.0769218+/-0.00113108 0.240877+/-0.00200155 0.361524+/-0.0024521 0.246366+/-0.00202423 0.053654+/-0.000944648 0.00972957+/-0.000402268 0.00191265+/-0.000178356 0.00038253+/-7.9763e-05 9.97904e-05+/-4.07393e-05
Wmn4p 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0
Wmn4pNorm 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0
W4pemRatio 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0
Wen1p 39352+/-198.373 75193+/-274.213 6455+/-80.343 1140+/-33.7639 188+/-13.7113 56+/-7.48331 16+/-4 2+/-1.41421 1+/-1 0+/-0
Wen1pNorm 0.321495+/-0.00162066 0.614307+/-0.00224025 0.0527356+/-0.000656381 0.0093135+/-0.000275842 0.00153591+/-0.000112018 0.000457505+/-6.11367e-05 0.000130716+/-3.26789e-05 1.63395e-05+/-1.15537e-05 8.16973e-06+/-8.16973e-06 0+/-0
Wmn1p 89035+/-298.387 142251+/-377.162 10848+/-104.154 1915+/-43.7607 342+/-18.4932 73+/-8.544 18+/-4.24264 4+/-2 1+/-1 0+/-0
Wmn1pNorm 0.364171+/-0.00122046 0.581835+/-0.00154267 0.0443705+/-0.000426009 0.00783273+/-0.00017899 0.00139885+/-7.5641e-05 0.000298584+/-3.49467e-05 7.36235e-05+/-1.73532e-05 1.63608e-05+/-8.18039e-06 4.0902e-06+/-4.0902e-06 0+/-0
W1pemRatio 0.882815+/-0.005344 1.05581+/-0.0047604 1.18853+/-0.0186831 1.18905+/-0.0444804 1.09798+/-0.0996877 1.53225+/-0.272188 1.77546+/-0.610035 0.998697+/-0.864897 1.99739+/-2.82474 0+/-0
WZ4pmRatio 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0 0+/-0
WZ1pmRatio 0+/-0 0.63619+/-0.00204543 0.622233+/-0.00721894 0.66555+/-0.0185782 0.730627+/-0.0490324 0.88141+/-0.132585 0.811381+/-0.241907 1.08184+/-0.725721 1.3523+/-1.91244 0+/-0
WZ4peRatio 0+/-0 0.943406+/-0.0437105 0.929705+/-0.0241827 0.9761+/-0.0211837 1.07497+/-0.0295241 1.09956+/-0.0653826 1.0302+/-0.139652 1.35012+/-0.467318 0+/-0 0.633969+/-0.684764
WZ1peRatio 0+/-0 0.672157+/-0.00299944 0.731766+/-0.011308 0.811343+/-0.0303987 0.779408+/-0.0713771 1.08122+/-0.193846 1.44163+/-0.518118 0.675764+/-0.585228 0.675764+/-0.827638 0+/-0

new run for W events:

Wen4p 513+/-22.6495 4625+/-68.0074 14483+/-120.345 21737+/-147.435 14813+/-121.709 3226+/-56.7979 585+/-24.1868 115+/-10.7238 23+/-4.79583 6+/-2.44949
Wen4pNorm 0.00853208+/-0.000376701 0.0769218+/-0.00113108 0.240877+/-0.00200155 0.361524+/-0.0024521 0.246366+/-0.00202423 0.053654+/-0.000944648 0.00972957+/-0.000402268 0.00191265+/-0.000178356 0.00038253+/-7.9763e-05 9.97904e-05+/-4.07393e-05
Wmn4p 1050+/-32.4037 7979+/-89.3252 23987+/-154.877 34930+/-186.896 22914+/-151.374 4842+/-69.5845 888+/-29.7993 170+/-13.0384 31+/-5.56776 4+/-2
Wmn4pNorm 0.0108477+/-0.000334766 0.0824319+/-0.000922829 0.247812+/-0.00160006 0.360866+/-0.00193084 0.236727+/-0.00156386 0.0500232+/-0.000718885 0.00917403+/-0.00030786 0.00175629+/-0.000134701 0.000320264+/-5.75212e-05 4.13244e-05+/-2.06622e-05
W4pemRatio 0.786536+/-0.0423687 0.933155+/-0.0172456 0.972016+/-0.0102286 1.00182+/-0.00865481 1.04072+/-0.010972 1.07258+/-0.0243763 1.06056+/-0.0564743 1.08903+/-0.131489 1.19442+/-0.328707 2.4148+/-1.55875
Wen1p 39352+/-198.373 75193+/-274.213 6455+/-80.343 1140+/-33.7639 188+/-13.7113 56+/-7.48331 16+/-4 2+/-1.41421 1+/-1 0+/-0
Wen1pNorm 0.321495+/-0.00162066 0.614307+/-0.00224025 0.0527356+/-0.000656381 0.0093135+/-0.000275842 0.00153591+/-0.000112018 0.000457505+/-6.11367e-05 0.000130716+/-3.26789e-05 1.63395e-05+/-1.15537e-05 8.16973e-06+/-8.16973e-06 0+/-0
Wmn1p 89035+/-298.387 142251+/-377.162 10848+/-104.154 1915+/-43.7607 342+/-18.4932 73+/-8.544 18+/-4.24264 4+/-2 1+/-1 0+/-0
Wmn1pNorm 0.364171+/-0.00122046 0.581835+/-0.00154267 0.0443705+/-0.000426009 0.00783273+/-0.00017899 0.00139885+/-7.5641e-05 0.000298584+/-3.49467e-05 7.36235e-05+/-1.73532e-05 1.63608e-05+/-8.18039e-06 4.0902e-06+/-4.0902e-06 0+/-0
W1pemRatio 0.882815+/-0.005344 1.05581+/-0.0047604 1.18853+/-0.0186831 1.18905+/-0.0444804 1.09798+/-0.0996877 1.53225+/-0.272188 1.77546+/-0.610035 0.998697+/-0.864897 1.99739+/-2.82474 0+/-0

tables

  • Table: Z->ee selection table:
MC sample Z+0j Z+1j Z+2j Z+3j Z+>=4j
Z(ee)          
Z(μμ)          
Z(tt )          
Wjet          
ttbar          
single top          
Wbb          
Diboson          
QCD          

  • Plot Z(ee) mass distribution of selected events above (one MC sample one color)

  • Table: Z->μμ selection table:
MC sample Z+0j Z+1j Z+2j Z+3j Z+>=4j
Z(μμ)          
Z(ee)          
Z(tt )          
Wjet          
ttbar          
single top          
Wbb          
Diboson          
QCD          

  • Plot Z(μμ) mass distribution of selected events above (one MC sample one color)

  • Table: W->en selection table:
MC sample W+0j W+1j W+2j W+3j W+>=4j
W(en)          
W(μn)          
W(tn)          
Z(μμ)          
Z(ee)          
Z(tt )          
ttbar          
single top          
Wbb          
Diboson          
QCD          

  • Plot: W(en) transvers mass distribution of selected events above (one MC sample one color)

  • Table: W->μn selection table:
MC sample W+0j W+1j W+2j W+3j W+>=4j
W(μn)          
W(en)          
W(tn)          
Z(μμ)          
Z(ee)          
Z(tt )          
ttbar          
single top          
Wbb          
Diboson          
QCD          

  • Plot: W(μn) transvers mass distribution of selected events above (one MC sample one color)

Systematics

  • Plot: F0 variance v.s. input b-tagging efficiency

  • Plot: FL variance v.s. input b-tagging efficiency

  • Plot: FR variance v.s. input b-tagging efficiency

L. Shan:

Correction function

  • Plot: Correction function for each helicity state

Systematics

  • Plot: F0, FL, FR variance w/o pileup,

  • Plot: F0, FL, FR variance w/o ISR/FSR

  • Plot: F0, FL, FR variance v.s. JES( -6%, -3%, 0%, 3%, 6%)

jet selection:

  • plots of MC/data comparison of GOOD jets's eta, pt, phi, etcone20, isEM, author, dR to the closest truth electron, dR to the closest muon, dR to the closest jet

  • same plots as above, after ttbar events selection and reconstruction.

J. Wang

DD QCD estimation

  • estimate QCD events
streams number of QCD events statistical uncertanties systematics
e-stream      
m-stream      
Edit | Attach | Watch | Print version | History: r38 < r37 < r36 < r35 < r34 | Backlinks | Raw View | WYSIWYG | More topic actions
Topic revision: r38 - 2011-12-01 - ChengguangZhu
 
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