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#
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# kinematics: "tight" is ele pt > 7, mZ2 > 20; "loose" is ele pt > 5, mZ2 > 12
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# lik_cut: "default" is the WW working point. "loose" and "veryloose" are arbitrarily loosening them by subtracting a constant from the cut values
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#
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pref=
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if [[ $1 == "1" ]]; then
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./Selection/bin/applySelection.exe --inputfile ./data/datafiles-higgs200.txt --mc --kinematics tight --lik_cut veryloose
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# ./Selection/bin/applySelection.exe --inputfile ./data/datafiles-higgs200.txt --output root/${pref}higgs200-cic.root --mc --cic &> /tmp/signalout-cic &
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# ./Selection/bin/applySelection.exe --inputfile ./data/datafiles-higgs200.txt --output root/${pref}higgs200-lik.root --mc &> /tmp/signalout-lik &
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# ./Selection/bin/applySelection.exe --inputfile ./data/datafiles-ZZ-pythia.txt --output root/${pref}zz-pythia-cic.root --mc --cic &> /tmp/zz-pythia-cic &
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# ./Selection/bin/applySelection.exe --inputfile ./data/datafiles-ZZ-pythia.txt --output root/${pref}zz-pythia-lik.root --mc &> /tmp/zz-pythia-lik &
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else
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root -b -l -q macros/failTable.C\(\"tmp.root\"\)
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#echo " s b s/b s/sqrt(b)"
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#for pref in pt5- pt5-mz12- pt5-mz12-nexp-partner- pt5-mz12-isconv-; do
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# cicsig=`root -b -l -q macros/failTable.C\(\"root/${pref}higgs200-cic.root\"\) | grep 'kine' | awk -F: '{print $2}'`
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# liksig=`root -b -l -q macros/failTable.C\(\"root/${pref}higgs200-lik.root\"\) | grep 'kine' | awk -F: '{print $2}'`
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# cicbkg=`root -b -l -q macros/failTable.C\(\"root/${pref}zz-pythia-cic.root\"\) | grep 'kine' | awk -F: '{print $2}'`
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# likbkg=`root -b -l -q macros/failTable.C\(\"root/${pref}zz-pythia-lik.root\"\) | grep 'kine' | awk -F: '{print $2}'`
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#
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# echo "$pref: " | sed 's/-/ /g'
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# echo -ne "CiC: $cicsig $cicbkg "` echo "$cicsig / $cicbkg" | bc -l`" "` echo "$cicsig / sqrt($cicbkg)" | bc -l`"\n" | sed 's/\.\([0-9][0-9][0-9]\)[0-9][0-9]*/.\1/g'
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# echo -ne "Lik: $liksig $likbkg "` echo "$liksig / $likbkg" | bc -l`" "` echo "$liksig / sqrt($likbkg)" | bc -l`"\n" | sed 's/\.\([0-9][0-9][0-9]\)[0-9][0-9]*/.\1/g'
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#done
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fi
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