FastJet  3.1.3
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fastjet::TrackJetPlugin Class Reference

Implementation of the TrackJet algorithm (plugin for fastjet v2.4 upwards) More...

#include <fastjet/TrackJetPlugin.hh>

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Public Member Functions

 TrackJetPlugin (double radius, RecombinationScheme jet_recombination_scheme=pt_scheme, RecombinationScheme track_recombination_scheme=pt_scheme)
 Main constructor for the TrackJet Plugin class. More...
 
 TrackJetPlugin (const TrackJetPlugin &plugin)
 copy constructor
 
virtual std::string description () const
 return a textual description of the jet-definition implemented in this plugin
 
virtual void run_clustering (ClusterSequence &) const
 given a ClusterSequence that has been filled up with initial particles, the following function should fill up the rest of the ClusterSequence, using the following member functions of ClusterSequence: More...
 
virtual double R () const
 the plugin mechanism's standard way of accessing the jet radius here we return the R of the last alg in the list
 
- Public Member Functions inherited from fastjet::JetDefinition::Plugin
virtual bool supports_ghosted_passive_areas () const
 return true if there is specific support for the measurement of passive areas, in the sense that areas determined from all particles below the ghost separation scale will be a passive area. More...
 
virtual void set_ghost_separation_scale (double scale) const
 set the ghost separation scale for passive area determinations in future runs (strictly speaking that makes the routine a non const, so related internal info must be stored as a mutable)
 
virtual double ghost_separation_scale () const
 
virtual bool exclusive_sequence_meaningful () const
 if this returns false then a warning will be given whenever the user requests "exclusive" jets from the cluster sequence
 
virtual bool is_spherical () const
 returns true if the plugin implements an algorithm intended for use on a spherical geometry (e.g. More...
 
virtual ~Plugin ()
 a destructor to be replaced if necessary in derived classes...
 

Detailed Description

Implementation of the TrackJet algorithm (plugin for fastjet v2.4 upwards)

Definition at line 48 of file TrackJetPlugin.hh.

Constructor & Destructor Documentation

fastjet::TrackJetPlugin::TrackJetPlugin ( double  radius,
RecombinationScheme  jet_recombination_scheme = pt_scheme,
RecombinationScheme  track_recombination_scheme = pt_scheme 
)
inline

Main constructor for the TrackJet Plugin class.

The argument is an initialised list of jet algorithms

Parameters
_radiusthe distance at which point a particle is no longer recombied into the jet
jet_recombination_schemethe recombination scheme used to sum the 4-vecors inside the jet
track_recombination_schemethe recombination scheme used to sum the 4-vecors when accumulating track into a the jet Both recombiners are defaulted to pt_scheme recomb as for the Rivet implementation.

Definition at line 62 of file TrackJetPlugin.hh.

Member Function Documentation

void fastjet::TrackJetPlugin::run_clustering ( ClusterSequence ) const
virtual

given a ClusterSequence that has been filled up with initial particles, the following function should fill up the rest of the ClusterSequence, using the following member functions of ClusterSequence:

  • plugin_do_ij_recombination(...)
  • plugin_do_iB_recombination(...)

Implements fastjet::JetDefinition::Plugin.

Definition at line 99 of file TrackJetPlugin.cc.


The documentation for this class was generated from the following files: