Introduction:

Useful links: W(lv)Hbb work: link

and ZHbb SM higgs search: note, PAS, Codes.

Data/MC samples:

Private VH samples

(Kreis)

Sample Name Description LHE Location
ZHiggs0P _M-125p6_8TeV-JHUGenV4-private Z to 2(e,mu,tau) /eos/uscms/store/user/qunwang/quwang/sampleVHbb/ZHiggs0P_M-125p6_8TeV-JHUGenV4-private
ZHiggs0PH _M-125p6_8TeV-JHUGenV4-private Z to 2(e,mu,tau) /eos/uscms/store/user/qunwang/quwang/sampleVHbb/ZHiggs0PH_M-125p6_8TeV-JHUGenV4-private
ZHiggs0M _M-125p6_8TeV-JHUGenV4-private Z to 2(e,mu,tau) /eos/uscms/store/user/qunwang/quwang/sampleVHbb/ZHiggs0M_M-125p6_8TeV-JHUGenV4-private
ZHiggs0Mf05ph0 _M-125p6_8TeV-JHUGenV4-private Z to 2(e,mu,tau) /eos/uscms/store/user/qunwang/quwang/sampleVHbb/ZHiggs0Mf05ph0_M-125p6_8TeV-JHUGenV4-private

Data samples (lpc): /eos/uscms/store/user/lpchbb/jiafu/Ntuple_Step1V42_Step2Tag_EDMV42_Step2_V6_DATA

Backgrounds MC samples (lpc): /eos/uscms/store/user/lpchbb/jiafu/Ntuple_Step1V42_Step2Tag_EDMV42_Step2_V6_MC

LHE to RECO Recipes

(Zijun)

All python and crab scripts: /uscms_data/d3/qunwang/CMSSW_5_3_2_patch5/src/VHbb/VH_GEN_sample1

Step1: GEN SIM

making working space and copy scripts

mkdir VH_GEN_sample1
cd VH_GEN_sample1
cp XX.lhe ./
cp /uscms_data/d3/qunwang/CMSSW_5_3_2_patch5/src/VHbb/VH_GEN_sample1/ZH_GENSIM_cfg.py ./
cp /uscms_data/d3/qunwang/CMSSW_5_3_2_patch5/src/VHbb/VH_GEN_sample1/cb_ZH_GENSIM.cfg ./

change the cb_ZH_GENSIM.cfg last 3 lines according your samples:

publish_data_name =  ZHiggs0P_M-125p6_8TeV-JHUGenV4
ui_working_dir          = crabOutput/ZHiggs0P_M-125p6_8TeV-JHUGenV4 
additional_input_files =  ZHiggs0P_M-125p6_8TeV-JHUGenV4-private_0.lhe, ZHiggs0P_M-125p6_8TeV-JHUGenV4-private_1.lhe, ZHiggs0P_M-125p6_8TeV-JHUGenV4-private_2.lhe, ZHiggs0P_M-125p6_8TeV-JHUGenV4-private_3.lhe, ZHiggs0P_M-125p6_8TeV-JHUGenV4-private_4.lhe, ZHiggs0P_M-125p6_8TeV-JHUGenV4-private_5.lhe, ZHiggs0P_M-125p6_8TeV-JHUGen    V4-private_6.lhe, ZHiggs0P_M-125p6_8TeV-JHUGenV4-private_7.lhe, ZHiggs0P_M-125p6_8TeV-JHUGenV4-private_8.lhe, ZHiggs0P_M-125p6_8TeV-JHUGenV4-private_9.lhe

with your lhe files' name;

submit crab jobs, and finally publish it;

crab -create -submit -cfg cb_ZH_GENSIM.cfg
crab -status -c crabOutput/ZHiggs0P_M-125p6_8TeV-JHUGenV4/
crab -get -c crabOutput/ZHiggs0P_M-125p6_8TeV-JHUGenV4/
crab -status -c crabOutput/ZHiggs0P_M-125p6_8TeV-JHUGenV4/
crab -publish -c crabOutput/ZHiggs0P_M-125p6_8TeV-JHUGenV4/

Sample Name # of evts submitted/finished DataSet Name Person in charge Site
ZHiggs0P _M-125p6_8TeV-JHUGenV4-private   /ZHiggs0P_M-125p6_8TeV-JHUGenV4/quwang-ZHiggs0P_M-125p6_8TeV-JHUGenV4-6a56e890f4d238dc7037c52a92f89fe9/USER Qun FNAL (phys03)
ZHiggs0PH _M-125p6_8TeV-JHUGenV4-private   /ZHiggs0PH_M-125p6_8TeV-JHUGenV4/quwang-ZHiggs0PH_M-125p6_8TeV-JHUGenV4-6a56e890f4d238dc7037c52a92f89fe9/USER Qun FNAL (phys03)
ZHiggs0M _M-125p6_8TeV-JHUGenV4-private   /ZHiggs0M_M-125p6_8TeV-JHUGenV4/quwang-ZHiggs0M_M-125p6_8TeV-JHUGenV4-6a56e890f4d238dc7037c52a92f89fe9/USER Qun FNAL (phys03)
ZHiggs0Mf05ph0 _M-125p6_8TeV-JHUGenV4-private   /ZHiggs0Mf05ph0_M-125p6_8TeV-JHUGenV4/quwang-ZHiggs0Mf05ph0_M-125p6_8TeV-JHUGenV4-6a56e890f4d238dc7037c52a92f89fe9/USER Qun FNAL (phys03)

Step2: RAW SIM

making working space and copy scripts, like GEN SIN

mkdir VH_RAW_sample1
cd VH_RAW_sample1
cp /uscms_data/d3/qunwang/CMSSW_5_3_2_patch5/src/VHbb/VH_GEN_sample1/cb_ZH_RAWSIM.cfg ./
cp /uscms_data/d3/qunwang/CMSSW_5_3_2_patch5/src/VHbb/VH_GEN_sample1/ZH_RAWSIM_cfg.py ./

change the datasetpath in cb_WH_RAWSIM.cfg

datasetpath = /ZHiggs0P_M-125p6_8TeV-JHUGenV4/quwang-ZHiggs0P_M-125p6_8TeV-JHUGenV4-6a56e890f4d238dc7037c52a92f89fe9/USER

publish_data_name; ui_working_dir;

publish_data_name = ZHiggs0P_M-125p6_8TeV-JHUGenV4-RAW
ui_working_dir          = crabOutput/ZHiggs0P_M-125p6_8TeV-JHUGenV4-RAW

submit the crab jobs

crab -create -submit -cfg cb_ZH_RAWSIM.cfg
crab -status -c crabOutput/ZHiggs0P_M-125p6_8TeV-JHUGenV4-RAW/
crab -get -c crabOutput/ZHiggs0P_M-125p6_8TeV-JHUGenV4-RAW/
crab -status -c crabOutput/ZHiggs0P_M-125p6_8TeV-JHUGenV4-RAW/
crab -publish -c crabOutput/ZHiggs0P_M-125p6_8TeV-JHUGenV4-RAW/

Sample Name # of evts submitted/finished DataSet Name Person in charge Site
ZHiggs0P _M-125p6_8TeV-JHUGenV4-private   /ZHiggs0P_M-125p6_8TeV-JHUGenV4/quwang-ZHiggs0P_M-125p6_8TeV-JHUGenV4-RAW-06e6bebb6525c1c46ccfcc56d82513c0/USER Qun FNAL (phys03)
ZHiggs0PH _M-125p6_8TeV-JHUGenV4-private   /ZHiggs0PH_M-125p6_8TeV-JHUGenV4/quwang-ZHiggs0PH_M-125p6_8TeV-JHUGenV4-RAW-06e6bebb6525c1c46ccfcc56d82513c0/USER Qun FNAL (phys03)
ZHiggs0M _M-125p6_8TeV-JHUGenV4-private   /ZHiggs0M_M-125p6_8TeV-JHUGenV4/quwang-ZHiggs0M_M-125p6_8TeV-JHUGenV4-RAW-06e6bebb6525c1c46ccfcc56d82513c0/USER Qun FNAL (phys03)
ZHiggs0Mf05ph0 _M-125p6_8TeV-JHUGenV4-private   /ZHiggs0Mf05ph0_M-125p6_8TeV-JHUGenV4/quwang-ZHiggs0Mf05ph0_M-125p6_8TeV-JHUGenV4-RAW-06e6bebb6525c1c46ccfcc56d82513c0/USER Qun FNAL (phys03)

Step3: RECO LEVEL

For 100k events, this will take about XX minutes to run. The following warning message is safe to ignore: "Warning in : transvers momentum = 0! return +/- 10e10." *At least once I experienced a different warning indicative of problems writing to disk, so please watch carefully.( Step3 like :https://twiki.cern.ch/twiki/bin/viewauth/CMS/MbjaVh)

Sample Name # of Events Location Person in charge
ZHiggs0P_M-125p6_8TeV-JHUGenV4-private   /eos/uscms/store/user/qunwang/quwang/VHbb/Step2_ZHiggs0P_M-125p6_8TeV-JHUGenV4-private.root Qun
ZHiggs0PH_M-125p6_8TeV-JHUGenV4-private   /eos/uscms/store/user/qunwang/quwang/VHbb/Step2_ZHiggs0PH_M-125p6_8TeV-JHUGenV4-private.root Qun
ZHiggs0M_M-125p6_8TeV-JHUGenV4-private   /eos/uscms/store/user/qunwang/quwang/VHbb/Step2_ZHiggs0M_M-125p6_8TeV-JHUGenV4-private.root Qun
ZHiggs0Mf05ph0_M-125p6_8TeV-JHUGenV4-private   /eos/uscms/store/qunwang/quwang/VHbb/Step2_ZHiggs0Mf05ph0_M-125p6_8TeV-JHUGenV4-private.root Qun

Control Plots base on Step2-ntuple root files

get codes from github:

git clone git@github.com:zixu/ZllHbb.git
cd ZllHbb/
git remote add upstream git@github.com:zixu/ZllHbb.git
git fetch upstream
cd ../

Analysis base on Step2-ntuple root files

ETH codes from the SM VHbb search: https://github.com/nmohr/VHbb

everything for Zll from the step-2 common Ntuples including regression of the b-jet energy, BDT training for discrimination, workspace and datacard writting and of course all the ploting etc. etc...

follow README under the "https://github.com/nmohr/VHbb" to run makehistos, do fit and sys.

Warning for README:

after line 49, will get a file named make_histos_pt50To100, it takes much long time than 5mins to run make_histos_pt50To100.(more than four hours)

for line 59, we need some changes in do_fit_and_syst.sh, comment other lines, just run the first line. ----JUST FOR NOW (after we run the code sucessfully we will do the other lines)

(need more study)

Appendix

Simply introduction for github

How to upload your modification:

<change the codes you want, like test.cxx >
git commit -m "message about what you changed, and why"  test.cxx
git push -u origin master

How to get update from github:

git pull

-- ZijunXu - 29 Jun 2014

Topic attachments
I Attachment History Action Size Date Who Comment
PDFpdf AN2013_069_v9.pdf r1 manage 13680.7 K 2014-06-29 - 18:25 UnknownUser ZHbb SM Higgs Search note
PDFpdf HIG-13-012-pas.pdf r1 manage 789.7 K 2014-06-29 - 18:25 UnknownUser ZHbb SM Higgs Search PAS
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