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Mēnsūra
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Provides reconstructed jets and MET. More...
#include <PECJetMETReader.hpp>
Public Member Functions | |
| PECJetMETReader (std::string const name="JetMET") | |
| Creates plugin with the given name. More... | |
| PECJetMETReader (PECJetMETReader const &src) noexcept | |
| Copy constructor. | |
| PECJetMETReader (PECJetMETReader &&)=default | |
| Default move constructor. | |
| PECJetMETReader & | operator= (PECJetMETReader const &)=delete |
| Assignment operator is deleted. | |
| virtual void | BeginRun (Dataset const &) override |
| Sets up reading of a tree containing jets and MET. More... | |
| virtual Plugin * | Clone () const override |
| Creates a newly configured clone. More... | |
| void | ConfigureLeptonCleaning (std::string const leptonPluginName, double dR) |
| Changes parameters of jet-lepton cleaning. More... | |
| void | ConfigureLeptonCleaning (std::string const leptonPluginName="Leptons") |
| A short-cut for the above method that uses jet radius as the minimal allowed separation. | |
| virtual double | GetJetRadius () const override |
| Returns radius parameter used in the jet clustering algorithm. More... | |
| void | ReadRawMET (bool enable=true) |
| Requests reading of raw MET. | |
| void | SetGenJetReader (std::string const name="GenJetMET") |
| Specifies name of the plugin that provides generator-level jets. | |
| void | SetSelection (double minPt, double maxAbsEta) |
| Specifies desired selection on jets. | |
 Public Member Functions inherited from JetMETReader | |
| JetMETReader (std::string const name="JetMET") | |
| Creates plugin with the given name. More... | |
| JetMETReader (JetMETReader const &)=default | |
| Default copy constructor. | |
| JetMETReader (JetMETReader &&)=default | |
| Default move constructor. | |
| JetMETReader & | operator= (JetMETReader const &)=default |
| Default assignment operator. | |
| virtual | ~JetMETReader () noexcept |
| Trivial destructor. | |
| std::vector< Jet > const & | GetJets () const |
| Returns collection of corrected jets in the current event. | |
| MET const & | GetMET () const |
| Returns corrected MET in the current event. | |
| MET const & | GetRawMET () const |
| Returns raw MET in the current event. | |
| Public Member Functions inherited from ReaderPlugin | |
| ReaderPlugin (std::string const &name) | |
| Constructor. | |
| ReaderPlugin (ReaderPlugin const &)=default | |
| Default copy constructor. | |
| ReaderPlugin (ReaderPlugin &&)=default | |
| Default move constructor. | |
| ReaderPlugin & | operator= (ReaderPlugin const &)=default |
| Default assignment operator. | |
| virtual | ~ReaderPlugin () |
| Trivial destructor. | |
| Public Member Functions inherited from Plugin | |
| Plugin (std::string const &name) | |
| Constructor. | |
| Plugin (Plugin const &)=default | |
| Default copy constructor. | |
| Plugin (Plugin &&)=default | |
| Default move constructor. | |
| Plugin & | operator= (Plugin const &)=default |
| Default assignment operator. | |
| virtual | ~Plugin () |
| Trivial destructor. | |
| virtual void | EndRun () |
| Performs necessary actions needed after processing of a dataset is finished. More... | |
| Processor const & | GetMaster () const |
| Returns a reference to the master. More... | |
| std::string const & | GetName () const |
| Returns name of the plugin. | |
| EventOutcome | ProcessEventToOutcome () |
| Processes a new event from the current dataset. More... | |
| void | SetMaster (Processor const *processor) |
| Provides a pointer to an instance of Processor class that owns the plugin. More... | |
Additional Inherited Members | |
| Public Types inherited from Plugin | |
| enum | EventOutcome { EventOutcome::Ok, EventOutcome::FilterFailed, EventOutcome::NoEvents } |
| Outcome of processing of an event. More... | |
| Protected Member Functions inherited from Plugin | |
| Plugin const * | GetDependencyPlugin (std::string const &name) const |
| Returns a pointer to a precedent plugin in the path with the given name. More... | |
| Protected Attributes inherited from JetMETReader | |
| std::vector< Jet > | jets |
| Collection of (corrected) jets in the current event. | |
| MET | met |
| Corrected MET in the current event. | |
| MET | rawMET |
| Raw MET in the current event. | |
Provides reconstructed jets and MET.
This plugin reads reconstructed jets and MET from a PEC file, with the help of a PECInputData plugin, and translates them to standard classes used by the framework. User can specify a kinematic selection to be applied to jets, using method SetSelection. By default, jets are cleaned against tight leptons produced by a LeptonReader with name "Leptons". This behaviour can be configured with method ConfigureLeptonCleaning.
If the name of a plugin that reads generator-level jets is provided with the help of the method SetGenJetReader, angular matching to them is performed. The maximal allowed angular distance for matching is set to half of the radius parameter of reconstructed jets.
Systematic variations in JEC, JER, or "unclustered MET" are applied as requested by a SystService with a default name "Systematics". The service is optional; if it is not defined, variations are not performed.
| PECJetMETReader::PECJetMETReader | ( | std::string const | name = "JetMET" | ) |
Creates plugin with the given name.
User is encouraged to keep the default name.
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overridevirtual |
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overridevirtual |
| void PECJetMETReader::ConfigureLeptonCleaning | ( | std::string const | leptonPluginName, |
| double | dR | ||
| ) |
Changes parameters of jet-lepton cleaning.
The first argument is the name of a LeptonReader, which must precede this plugin in the path. The second argument is the minimal allowed separation between a jet and a lepton in the (eta, phi) metric. Each jets is checked against all tight leptons produced by the LeptonReader, and if the separation from a lepton is less than dR, the jet is dropped.
The cleaning is enabled by default, with the lepton reader called "Leptons" and dR equal to the jet radius. It can be disabled by providing an empty name ("") for the lepton reader.
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overridevirtual |
Returns radius parameter used in the jet clustering algorithm.
The radius is hard-coded in the current implementation, but it will be made configurable in future if jets with larger radii are added.
Implemented from JetMETReader.
Implements JetMETReader.
1.8.10
