Changes between Version 8 and Version 9 of SFS

Timestamp:

Jun 10, 2020, 10:53:01 AM (5 years ago)

Author:

jackaraz

Comment:

--

SFS

@@ -11 +11 @@
 }}}
 
-First-line activates the `RECO` mode for !MadAnalysis 5 framework, the second line is to install !FasJet interface, and finally, the last line enables the !FastJet interface for the corresponding session. User can set the desired reconstruction algorithm as before, please see [https://arxiv.org/abs/1808.00480 arXiv:1808.00480] for details on the usage of !FastJet module in!MadAnalysis 5. SFS contains three submodules, namely `reco_efficiency`, `smearer`, and `tagger`. These submodules set a probability distribution to reconstruct a given object, smear carried object's four-momentum using normalized Gaussian functions and sets identification efficiencies, respectively. The goal is to create a CPU efficient, user-friendly, easy-to-use, and generic environment. Thus given transfer functions are translated into C++ functions to act on reconstructed final state objects such as jets, hadronic taus, electrons, muons, and photons. 
+First-line activates the `RECO` mode for !MadAnalysis 5 framework, the second line is to install !FasJet interface, and finally, the last line enables the !FastJet interface for the corresponding session. User can set the desired reconstruction algorithm as before, please see [https://arxiv.org/abs/1808.00480 arXiv:1808.00480] for details on the usage of !FastJet module in !MadAnalysis 5. After installing !FastJet one can use default SFS cards by simply typing
+{{{
+$> ./bin/ma5 -R madanalysis/input/<EXP>_default.ma5
+}}}
+where `<EXP>` can either be `ATLAS` or `CMS`.
+
+SFS contains three submodules, namely `reco_efficiency`, `smearer`, and `tagger`. These submodules set a probability distribution to reconstruct a given object, smear carried object's four-momentum using normalized Gaussian functions and sets identification efficiencies, respectively. The goal is to create a CPU efficient, user-friendly, easy-to-use, and generic environment. Thus given transfer functions are translated into C++ functions to act on reconstructed final state objects such as jets, hadronic taus, electrons, muons, and photons. 
 
 Jet reconstruction contains two possible options, namely jet smearing and substructure smearing. These options can be set via