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VH Resonances Analysis

This Analysis Module should collect all the useful code to analyse VH processes. It contains:

  • UHH2 module for Preselection, Selection and Signal Region definition.
  • constants.hpp to collect all important values (please add here variables to keep the overall view in 1 file)
  • An Analysis folder to collect the main scripts.

TBA: add short instruction for each part

Things to do for setting up the new analysis.

  • Add remotes:
  • MANDATORY hacks of UHH2 for compiling the code.
    • Remember to add all the modifications at the last possible place to keep track easily of the changes.
    • Add #include "UHH2/VHResonances/include/ZprimeCandidate.h" into core/include/NtupleObjects.h
    • Add #pragma link C++ class ZprimeCandidate+; in core/include/SUHH2core_LinkDef.h
    • Add #pragma link C++ class std::vector<ZprimeCandidate>+; in core/include/SUHH2core_LinkDef.h
    • Add in the right place the following in core/include/TopJet.h
      • if(tagname == "Matching") return Matching;
      • if(tagname == "MatchingStatus") return MatchingStatus;
      • if(tagname == "MC_HWW") return NN_HWW;
      • if(tagname == "MC_Hbb") return NN_Hbb;
      • if(tagname == "MC_QCD") return NN_QCD;
      • if(tagname == "MC_Top") return NN_Top;
      • if(tagname == "MC_W") return NN_W;
      • if(tagname == "MC_Z") return NN_Z;
      • if(tagname == "MC_HWW_1") return NN_HWW_1;
      • if(tagname == "MC_Hbb_1") return NN_Hbb_1;
      • if(tagname == "MC_QCD_1") return NN_QCD_1;
      • if(tagname == "MC_Top_1") return NN_Top_1;
      • if(tagname == "MC_W_1") return NN_W_1;
      • if(tagname == "MC_Z_1") return NN_Z_1;
      • if(tagname == "MC_HWW_2") return NN_HWW_2;
      • if(tagname == "MC_Hbb_2") return NN_Hbb_2;
      • if(tagname == "MC_QCD_2") return NN_QCD_2;
      • if(tagname == "MC_Top_2") return NN_Top_2;
      • if(tagname == "MC_W_2") return NN_W_2;
      • if(tagname == "MC_Z_2") return NN_Z_2;
      • if(tagname == "CNN_HWW") return CNN_HWW;
      • if(tagname == "CNN_Hbb") return CNN_Hbb;
      • if(tagname == "CNN_QCD") return CNN_QCD;
      • if(tagname == "CNN_Top") return CNN_Top;
      • if(tagname == "CNN_W") return CNN_W;
      • if(tagname == "CNN_Z") return CNN_Z;
      • if(tagname == "DCL_HWW") return DCL_HWW;
      • if(tagname == "DCL_Hbb") return DCL_Hbb;
      • if(tagname == "DCL_QCD") return DCL_QCD;
      • if(tagname == "DCL_Top") return DCL_Top;
      • if(tagname == "DCL_W") return DCL_W;
      • if(tagname == "DCL_Z") return DCL_Z;
    • Add the following in the “tag” session in the core/include/TopJet.h. It MUST be at the end of the current one otherwise the enum order would be disrupted
      • Matching,
      • MatchingStatus,
      • NN_HWW,
      • NN_Hbb,
      • NN_QCD,
      • NN_Top,
      • NN_W,
      • NN_Z,
      • NN_HWW_1,
      • NN_Hbb_1,
      • NN_QCD_1,
      • NN_Top_1,
      • NN_W_1,
      • NN_Z_1,
      • NN_HWW_2,
      • NN_Hbb_2,
      • NN_QCD_2,
      • NN_Top_2,
      • NN_W_2,
      • NN_Z_2,
      • CNN_HWW,
      • CNN_Hbb,
      • CNN_QCD,
      • CNN_Top,
      • CNN_W,
      • CNN_Z,
      • DCL_HWW,
      • DCL_Hbb,
      • DCL_QCD,
      • DCL_Top,
      • DCL_W,
      • DCL_Z,
    • Add in core/src/classes.h :
      • #include "UHH2/VHResonances/include/ZprimeCandidate.h"
      • ZprimeCandidate ZprimeCandidate_dummy;
      • std::vector<ZprimeCandidate> ZprimeCandidate_dummy_vector;
    • Add in core/src/classes_def.xml:
      • <class name="ZprimeCandidate"/>
      • <class name="std::vector<ZprimeCandidate>"/>
  • Add VHResonances Folder:
  • Connect SFramePlotter
    • mkdir cd /nfs/dust/cms/user/$USER/WorkingArea/
    • cd /nfs/dust/cms/user/$USER/WorkingArea/
    • git clone [email protected]:UHH2/SFramePlotter.git
    • When running the plotter, remember to change the username
    • Once should hack the Splotter to adapt to his own style
  • Set up Combine — Following http://cms-analysis.github.io/HiggsAnalysis-CombinedLimit/ —
  • Compile evrything
    • cd $CMSSW_BASE/src/UHH2/VHResonances/Analysis/macros/
    • ./steer.py