mcAnalysis of TTH with 'nLepGood > 1' instead of default '== 2 good leptons' cut.

[cirkovic@lxplus0081 plotter]$ python mcAnalysis.py mca-2lss-dataBCat4Plots_TTH.txt bins/2lss_ee.txt -P /tmp/cirkovic/NEW -l 19.6 -j 6 --s2v --tree treeProducerSusyMultilepton -X 'cleanup' -X 'pt2010' -X 'pt2020_htllv100' -X '4j' -X '2b loose' -X '2B tight' -X 'lep MVA' -R '== 2 good leptons' '== 2 good leptons' 'nLepGood > 1'
        CUT                   ttH
---------------------------------------
entry point              989075   100.0%
== 2 good leptons        101116    10.2%
el el                     24294    24.0%
same-sign                  6321    26.0%
tight-charge               5479    86.7%
conv veto                  5002    91.3%
Z veto                     4522    90.4%
met LD                     4223    93.4%
[cirkovic@lxplus0081 plotter]$
TT = TTJetsLep + TTJetsSem + TTJetsHad.

[cirkovic@lxplus0081 plotter]$ python mcAnalysis.py mca-2lss-dataBCat4Plots_TTJets.txt bins/2lss_ee.txt -P /tmp/cirkovic/OUTPUT_TTJets_withTrig_and_minLeptons2 -l 19.6 -j 6 --s2v --tree treeProducerSusyMultilepton -X 'cleanup' -X 'pt2010' -X 'pt2020_htllv100' -X '4j' -X '2b loose' -X '2B tight' -X 'lep MVA' -X '2 good leptons'
      CUT               ttHWW               TT
-----------------------------------------------------
entry point          83304   100.0%    4666669   100.0%
el el                19199    23.0%    1048579    22.5%
same-sign             4697    24.5%      58798     5.6%
tight-charge          4075    86.8%      39738    67.6%
conv veto             3749    92.0%      33031    83.1%
Z veto                3355    89.5%      29255    88.6%
met LD                3139    93.6%      26080    89.1%
[cirkovic@lxplus0081 plotter]$