#include <RecoVertex/LinearizationPointFinders/interface/HSMLinearizationPointFinder.h>
Public Member Functions | |
virtual HSMLinearizationPointFinder * | clone () const |
Clone method. | |
HSMLinearizationPointFinder (const RecTracksDistanceMatrix *m, const signed int n_pairs=-1) | |
HSMLinearizationPointFinder (const signed int n_pairs=10) |
It works the following way: 1. Calculate in an optimal way 'n_pairs' different crossing points. Optimal in this context means the following: a. Try to use as many different tracks as possible; avoid using the same track all the time. b. Use the most energetic tracks. c. Try not to group the most energetic tracks together. Try to group more energetic tracks with less energetic tracks. We assume collimated bundles here, so this is why. d. Perform optimally. Do not sort more tracks (by total energy, see b) than necessary. e. If n_pairs >= (number of all possible combinations), do not leave any combinations out. ( a. and e. are almost but not entirely fulfilled in the current impl ) 2. Do a HSM on the n points.
Definition at line 23 of file HSMLinearizationPointFinder.h.
HSMLinearizationPointFinder::HSMLinearizationPointFinder | ( | const signed int | n_pairs = 10 |
) |
Definition at line 4 of file HSMLinearizationPointFinder.cc.
Referenced by clone().
00005 : 00006 CrossingPtBasedLinearizationPointFinder ( HsmModeFinder3d(), n_pairs ) 00007 { }
HSMLinearizationPointFinder::HSMLinearizationPointFinder | ( | const RecTracksDistanceMatrix * | m, | |
const signed int | n_pairs = -1 | |||
) |
Definition at line 9 of file HSMLinearizationPointFinder.cc.
00010 : 00011 CrossingPtBasedLinearizationPointFinder ( m , HsmModeFinder3d(), n_pairs ) 00012 { }
HSMLinearizationPointFinder * HSMLinearizationPointFinder::clone | ( | ) | const [virtual] |
Clone method.
Reimplemented from CrossingPtBasedLinearizationPointFinder.
Definition at line 14 of file HSMLinearizationPointFinder.cc.
References HSMLinearizationPointFinder().
00016 { 00017 return new HSMLinearizationPointFinder ( * this ); 00018 }