https://cp3.irmp.ucl.ac.be/projects/madgraph/wiki/Models/EWdim6

http://arxiv.org/pdf/1205.4231v1.pdf

My setup

• CMSSW_5_3_2/src/MG5v1.4.8/prepare_waa_sm.py copy meraSM to waa_jobname, Modify run_card.dat for Iseed, nEvents and eBeam.
• CMSSW_5_3_2/src/MG5v1.4.8/prepare_waa.py copy test_waa to waa_jobname, Modify run_card.dat for Iseed, nEvents and eBeam, Modify param_card.dat for CWWWL2, CWL2, CBL2, CPWWWL2, CPWL2 in EWdim6 model
• RUN/ForSMsubmitJobs.csh script for submitting a SM job with 4 arguments: jobname nEvents eBeam iSeed
• see logs here: RUN/LOGS/
• RUN/ForDim6submitJobs.csh script for dim6 jobs, take nine arguments ( as I want to change different coffi. one by one): jobname nEvents eBeam iSeed CWWWL2 CWL2 CBL2 CPWWWL2 CPWL2
• RUN/run.sh would help to submit many jobs in parallel bash run.sh
• mrgd/gunzipLHEfiles.py a python file for gunzip lhe files, read files from eos and write the unzipped lhe files in yurii's area, see below:

----------------------------------------------------------------
import os
cmd = "gunzip -c"
outpath = "yurii/lovedeep/MG5/mrgd/waa_sskD6c5_4000_16"
name = "events"
for i in range(1,101):
 inpath="/eos/uscms/store/user/lovedeep/EWdim6/waa_sskD6c5_10000_4000_"+str(i)+"_0_0_0_0_16/run_01/"
 print cmd+" "+inpath+"/events.lhe.gz  >  "+outpath+"/"+name+str(i)+".lhe";
----------------------------------------------------------------

• mrgd/mergeLheFiles.cpp merge all the lhe files to one big
• CMSSW_5_3_2/src/MG5v1.4.8/ExRootAnalysis convert lhe file to root using ./ExRootLHEFConverter file.lhe file.root

Here is the location of merged root files I generated for SM as well as other aGC parameters:

/uscmst1b_scratch/lpc1/old_scratch/lpceg/yurii/lovedeep/MG5/mrgd/waa_sskD6c*_4000_16.root

(*) here goes from 1-5. 1 here stands for CWWWL2, 2 for CWL2 and so on ( see these are the five coupling coff.: https://cp3.irmp.ucl.ac.be/projects/madgraph/wiki/Models/EWdim6 )

• mrgd/anaalyse.C analyse these events (need to move to variable binning), I am plotting Pt-gamma and Mt-wgg like here: http://www.hep.wisc.edu/~kaur/MG5dim6VsSM_v3/