#include <MultiVertexFitter.h>

Public Types
typedef std::map< int, double >	SeedToWeightMap

typedef std::map< reco::TransientTrack, SeedToWeightMap >	TrackAndSeedToWeightMap

typedef std::pair< reco::TransientTrack, float >	TrackAndWeight

Public Member Functions
	MultiVertexFitter (const AnnealingSchedule &sched=DefaultMVFAnnealing(), const LinearizationPointFinder &seeder=DefaultLinearizationPointFinder(), float revive_below=-1.)

	MultiVertexFitter (const MultiVertexFitter &)

std::vector< CachingVertex< 5 > >	vertices (const std::vector< std::vector< reco::TransientTrack > > &, const std::vector< reco::TransientTrack > &primaries=std::vector< reco::TransientTrack >())

std::vector< CachingVertex< 5 > >	vertices (const std::vector< std::vector< TrackAndWeight > > &, const std::vector< reco::TransientTrack > &primaries=std::vector< reco::TransientTrack >())

std::vector< CachingVertex< 5 > >	vertices (const std::vector< CachingVertex< 5 > > &, const std::vector< reco::TransientTrack > &primaries=std::vector< reco::TransientTrack >())

std::vector< CachingVertex< 5 > >	vertices (const std::vector< TransientVertex > &, const std::vector< reco::TransientTrack > &primaries=std::vector< reco::TransientTrack >())

	~MultiVertexFitter ()

Private Types
typedef ReferenceCountingPointer< LinearizedTrackState< 5 > >	RefCountedLinearizedTrackState

typedef CachingVertex< 5 >::RefCountedVertexTrack	RefCountedVertexTrack

Private Member Functions
void	clear ()

void	createPrimaries (const std::vector< reco::TransientTrack > &tracks)

void	createSeed (const std::vector< reco::TransientTrack > &tracks)

void	createSeed (const std::vector< TrackAndWeight > &tracks)

std::vector< CachingVertex< 5 > >	fit ()

void	lostVertexClaimer ()

void	printSeeds () const

void	printWeights () const

void	printWeights (const reco::TransientTrack &) const

void	resetSeedNr ()

int	seedNr ()

bool	updateSeeds ()

void	updateWeights ()

Private Attributes
AnnealingSchedule *	theAssComp

LinTrackCache	theCache

std::set< reco::TransientTrack >	thePrimaries

float	theReviveBelow

LinearizationPointFinder *	theSeeder

std::vector< reco::TransientTrack >	theTracks

int	theVertexStateNr

std::vector< std::pair< int, CachingVertex< 5 > > >	theVertexStates

TrackAndSeedToWeightMap	theWeights

Detailed Description

fits n vertices in parallel, associating weights for every track-vertex std::pair. The special constructor's arguments take precedence over the SimpleConfigurables.

SimpleConfigurables:

MultiVertexFitter:Debug = 0 MultiVertexFitter:DisplacementLimit = 0.00001 MultiVertexFitter:MaxIterations = 30 MultiVertexFitter:ClaimLostVertices = true MultiVertexFitter:MinimumWeightFraction = 1e-6 MultiVertexFitter:ReviveBelow = 0.3 MultiVertexFitter:DiscardLightWeights = true

Definition at line 15 of file MultiVertexFitter.h.

Member Typedef Documentation

typedef ReferenceCountingPointer<LinearizedTrackState<5> > MultiVertexFitter::RefCountedLinearizedTrackState

private

Definition at line 106 of file MultiVertexFitter.h.

typedef CachingVertex<5>::RefCountedVertexTrack MultiVertexFitter::RefCountedVertexTrack

private

Definition at line 105 of file MultiVertexFitter.h.

typedef std::map< int , double > MultiVertexFitter::SeedToWeightMap

Definition at line 44 of file MultiVertexFitter.h.

typedef std::map< reco::TransientTrack, SeedToWeightMap > MultiVertexFitter::TrackAndSeedToWeightMap

Definition at line 45 of file MultiVertexFitter.h.

typedef std::pair< reco::TransientTrack, float > MultiVertexFitter::TrackAndWeight

Definition at line 43 of file MultiVertexFitter.h.

Constructor & Destructor Documentation

MultiVertexFitter::MultiVertexFitter	(	const AnnealingSchedule &	sched = `DefaultMVFAnnealing()`,
		const LinearizationPointFinder &	seeder = `DefaultLinearizationPointFinder()`,
		float	revive_below = `-1.`
	)

Definition at line 334 of file MultiVertexFitter.cc.

                                                            :
     theVertexStateNr ( 0 ), theReviveBelow ( revive_below ),
     theAssComp ( ann.clone() ), theSeeder ( seeder.clone() )
 {}

MultiVertexFitter::MultiVertexFitter ( const MultiVertexFitter & o )

Definition at line 341 of file MultiVertexFitter.cc.

                                                                   :
     theVertexStateNr ( o.theVertexStateNr ), theReviveBelow ( o.theReviveBelow ),
     theAssComp ( o.theAssComp->clone() ), theSeeder ( o.theSeeder->clone() )
 {}

MultiVertexFitter::~MultiVertexFitter ( )

Definition at line 346 of file MultiVertexFitter.cc.

References theAssComp, and theSeeder.

 {
   delete theAssComp;
   delete theSeeder;
 }

Member Function Documentation

void MultiVertexFitter::clear ( void )

private

Definition at line 88 of file MultiVertexFitter.cc.

 {
   theAssComp->resetAnnealing();
   theTracks.clear();
   thePrimaries.clear();
   theVertexStates.clear();
   theWeights.clear();
   theCache.clear();
 }

void MultiVertexFitter::createPrimaries ( const std::vector< reco::TransientTrack > & tracks )

private

Definition at line 118 of file MultiVertexFitter.cc.

References mps_fire::i.

 {
   // cout << "[MultiVertexFitter] creating primaries: ";
   for ( vector< reco::TransientTrack >::const_iterator i=tracks.begin(); 
         i!=tracks.end() ; ++i )
   {
     thePrimaries.insert ( *i );
     // cout << i->id() << "  ";
   }
   // cout << endl;
 }

void MultiVertexFitter::createSeed ( const std::vector< reco::TransientTrack > & tracks )

private

Definition at line 101 of file MultiVertexFitter.cc.

References HiIsolationCommonParameters_cff::track, and badGlobalMuonTaggersAOD_cff::vtx.

 {
   if ( tracks.size() > 1 )
   {
     CachingVertex<5> vtx = createSeedFromLinPt (
         theSeeder->getLinearizationPoint ( tracks ) );
     int snr= seedNr();
     theVertexStates.push_back ( pair < int, CachingVertex<5> > ( snr, vtx ) );
     for ( vector< TransientTrack >::const_iterator track=tracks.begin();
           track!=tracks.end() ; ++track )
     {
       theWeights[*track][snr]=1.;
       theTracks.push_back ( *track );
     };
   };
 }

void MultiVertexFitter::createSeed ( const std::vector< TrackAndWeight > & tracks )

private

Definition at line 140 of file MultiVertexFitter.cc.

References gather_cfg::cout, mps_fire::i, HiIsolationCommonParameters_cff::track, KalmanVertexFitter::vertex(), VertexTrackFactory< N >::vertexTrack(), badGlobalMuonTaggersAOD_cff::vtx, and mps_merge::weight.

 {
   // create initial seed for every bundle
   vector < RefCountedVertexTrack> newTracks;
 
   for ( vector< TrackAndWeight >::const_iterator track=tracks.begin();
         track!=tracks.end() ; ++track )
   {
     double weight = validWeight ( track->second );
     const GlobalPoint & pos = track->first.impactPointState().globalPosition();
     GlobalError err; // FIXME
     VertexState realseed ( pos, err );
 
     RefCountedLinearizedTrackState lTrData = 
       theCache.linTrack ( pos, track->first );
 
     VertexTrackFactory<5> vTrackFactory;
     RefCountedVertexTrack vTrData = vTrackFactory.vertexTrack(
       lTrData, realseed, weight );
     newTracks.push_back ( vTrData );
   };
 
   if ( newTracks.size() > 1 )
   {
     CachingVertex<5> vtx = KalmanVertexFitter().vertex ( newTracks );
     int snr = seedNr();
     theVertexStates.push_back ( pair < int, CachingVertex<5> > ( snr, vtx ) );
 
     // We initialise the weights with the original
     // user supplied weights.
     for ( vector< TrackAndWeight >::const_iterator track=tracks.begin();
           track!=tracks.end() ; ++track )
     {
       if ( thePrimaries.count ( track->first ) )
       {
         /*
         cout << "[MultiVertexFitter] " << track->first.id() << " is a primary."
              << " setting weight for state " << theVertexStates[0].first
              << " to " << track->second
              << endl;
              */
         theWeights[track->first][theVertexStates[0].first]=track->second;
         continue;
       };
       float weight = track->second;
       if ( weight > 1.0 )
       {
         cout << "[MultiVertexFitter] error weight " << weight << " > 1.0 given."
              << endl;
         cout << "[MultiVertexFitter] will revert to 1.0" << endl;
         weight=1.0;
       };
       if ( weight < 0.0 )
       {
         cout << "[MultiVertexFitter] error weight " << weight << " < 0.0 given."
              << endl;
         cout << "[MultiVertexFitter] will revert to 0.0" << endl;
         weight=0.0;
       };
       theWeights[track->first][snr]=weight;
       theTracks.push_back ( track->first );
     };
   };
 
   // this thing will actually have to discard tracks
   // that have been submitted - attached to a different vertex - already.
   // sort ( theTracks.begin(), theTracks.end(), CompareRaveTracks() );
   sort ( theTracks.begin(), theTracks.end() );
   for ( vector< TransientTrack >::iterator i=theTracks.begin(); 
         i<theTracks.end() ; ++i )
   {
     if ( i != theTracks.begin() )
     {
       if ( (*i) == ( *(i-1) ) )
       {
         theTracks.erase ( i );
       };
     };
   };
 }

vector< CachingVertex< 5 > > MultiVertexFitter::fit ( void )

private

Definition at line 582 of file MultiVertexFitter.cc.

References AnnealingSchedule::anneal(), gather_cfg::cout, mps_fire::i, AnnealingSchedule::isAnnealed(), printWeights(), resetSeedNr(), theAssComp, theVertexStates, updateSeeds(), and verbose.

Referenced by trackingPlots.Iteration::modules().

 {
   if ( verbose() & 2 ) printWeights();
   int ctr=1;
   static const int ctr_max = 50; /* SimpleConfigurable<int>(100,
       "MultiVertexFitter:MaxIterations").value(); */
   while ( updateSeeds() || !(theAssComp->isAnnealed()) )
   {
     if ( ++ctr >= ctr_max ) break;
     theAssComp->anneal();
     // lostVertexClaimer(); // was a silly(?) idea to "revive" vertex candidates.
     resetSeedNr();
   };
 
   if ( verbose() )
   {
     cout << "[MultiVertexFitter] number of iterations: " << ctr << endl;
     cout << "[MultiVertexFitter] remaining seeds: "
          << theVertexStates.size() << endl;
     printWeights();
   };
 
   vector < CachingVertex<5> > ret;
   for ( vector< pair < int, CachingVertex<5> > >::const_iterator 
         i=theVertexStates.begin(); i!=theVertexStates.end() ; ++i )
   {
     ret.push_back ( i->second );
   };
 
   return ret;
 }

void MultiVertexFitter::lostVertexClaimer ( )

private

Definition at line 659 of file MultiVertexFitter.cc.

References gather_cfg::cout, mps_fire::i, printWeights(), theReviveBelow, theTracks, theVertexStates, theWeights, and verbose.

 {
   if ( !(theReviveBelow < 0.) ) return;
   // this experimental method is used to get almost lost vertices
   // back into the play by upweighting vertices with very low total weights
 
   bool has_revived = false;
   // find out about total weight
   for ( vector< pair < int, CachingVertex<5> > >::const_iterator i=theVertexStates.begin();
         i!=theVertexStates.end() ; ++i )
   {
     double totweight=0.;
     for ( vector< TransientTrack >::const_iterator trk=theTracks.begin();
           trk!=theTracks.end() ; ++trk )
     {
       totweight+=theWeights[*trk][i->first];
     };
 
     /*
     cout << "[MultiVertexFitter] vertex seed " << TransientVertexNamer().name(*i)
          << " total weight=" << totweight << endl;*/
 
     if ( totweight < theReviveBelow && totweight > 0.0 )
     {
       cout << "[MultiVertexFitter] now trying to revive vertex"
            << " revive_below=" << theReviveBelow << endl;
       has_revived=true;
       for ( vector< TransientTrack >::const_iterator trk=theTracks.begin();
             trk!=theTracks.end() ; ++trk )
       {
         theWeights[*trk][i->first]/=totweight;
       };
     };
   };
   if ( has_revived && verbose() ) printWeights();
 }

void MultiVertexFitter::printSeeds ( ) const

private

Definition at line 647 of file MultiVertexFitter.cc.

References gather_cfg::cout.

Referenced by updateSeeds().

 {
   cout << endl << "Seed table: " << endl << "=====================" << endl;
   /*
   for ( vector < pair < int, CachingVertex<5> > >::const_iterator seed=theVertexStates.begin();
         seed!=theVertexStates.end(); ++seed )
   {
     cout << "  Vertex[" << TransientVertexNamer().name(seed->second) << "] at "
          << seed->second.position() << endl;
   };*/
 }

void MultiVertexFitter::printWeights ( ) const

private

Definition at line 632 of file MultiVertexFitter.cc.

References gather_cfg::cout, thePrimaries, and theTracks.

Referenced by fit(), lostVertexClaimer(), and updateWeights().

 {
   cout << endl << "Weight table: " << endl << "=================" << endl;
   for ( set < TransientTrack >::const_iterator trk=thePrimaries.begin();
         trk!=thePrimaries.end() ; ++trk )
   {
     printWeights ( *trk );
   };
   for ( vector< TransientTrack >::const_iterator trk=theTracks.begin();
         trk!=theTracks.end() ; ++trk )
   {
     printWeights ( *trk );
   };
 }

void MultiVertexFitter::printWeights ( const reco::TransientTrack & t ) const

private

Definition at line 614 of file MultiVertexFitter.cc.

References a, b, gather_cfg::cout, SurveyInfoScenario_cff::seed, theVertexStates, theWeights, and heppy_batch::val.

 {
     // cout << "Trk " << t.id();
     for ( vector < pair < int, CachingVertex<5> > >::const_iterator seed=theVertexStates.begin();
           seed!=theVertexStates.end(); ++seed )
     {
       double val = 0;
       auto a = theWeights.find(t);
       if ( a != theWeights.end()){
         auto b = a->second.find(seed->first);
         if (b != a->second.end()) val = b->second;
       }
       cout << "  -- Vertex[" << seed->first << "] with " << setw(12)
            << setprecision(3) << val;
     };
     cout << endl;
 }

void MultiVertexFitter::resetSeedNr ( )

private

Definition at line 135 of file MultiVertexFitter.cc.

Referenced by fit().

 {
   theVertexStateNr=0;
 }

int MultiVertexFitter::seedNr ( )

private

Definition at line 130 of file MultiVertexFitter.cc.

Referenced by updateSeeds().

 {
   return theVertexStateNr++;
 }

bool MultiVertexFitter::updateSeeds ( )

private

Definition at line 437 of file MultiVertexFitter.cc.

References gather_cfg::cout, MillePedeFileConverter_cfg::e, cppFunctionSkipper::exception, FrontierConditions_GlobalTag_cff::file, mps_fire::i, LinTrackCache::linTrack(), mag(), CachingVertex< N >::position(), printSeeds(), SurveyInfoScenario_cff::seed, seedNr(), theCache, thePrimaries, theTracks, theVertexStates, theWeights, HiIsolationCommonParameters_cff::track, updateWeights(), verbose, KalmanVertexFitter::vertex(), and VertexTrackFactory< N >::vertexTrack().

Referenced by fit().

 {
   double max_disp=0.;
   // need to fit with the right weights.
   // also trigger an updateWeights.
   // if the seeds dont move much we return true
 
   vector < pair < int, CachingVertex<5> > > newSeeds;
 
   for ( vector< pair < int, CachingVertex<5> > >::const_iterator seed=theVertexStates.begin();
         seed!=theVertexStates.end() ; ++seed )
   {
     // for each seed get the tracks with the right weights.
     // TransientVertex rv = seed->second;
     // const GlobalPoint & seedpos = seed->second.position();
     int snr = seed->first;
     VertexState realseed ( seed->second.position(), seed->second.error() );
 
     double totweight=0.;
     for ( vector< TransientTrack >::const_iterator track=theTracks.begin();
           track!=theTracks.end() ; ++track )
     {
       totweight+=theWeights[*track][snr];
     };
 
 
     int nr_good_trks=0; // how many tracks above weight limit
     // we count those tracks, because that way
     // we can discard lightweights if there are enough tracks
     // and not discard the lightweights if that would give us
     // fewer than two tracks ( we would loose a seed, then ).
     if ( discardLightWeights() )
     {
       for ( vector< TransientTrack >::const_iterator track=theTracks.begin();
             track!=theTracks.end() ; ++track )
       {
         if ( theWeights[*track][snr] > totweight * minWeightFraction() )
         {
           nr_good_trks++;
         };
       };
     };
 
     vector<RefCountedVertexTrack> newTracks;
     for ( vector< TransientTrack >::const_iterator track=theTracks.begin();
           track!=theTracks.end() ; ++track )
     {
       double weight = validWeight ( theWeights[*track][snr] );
       // Now we add a track, if
       // a. we consider all tracks or
       // b. we discard the lightweights but the track's weight is high enough or
       // c. we discard the lightweights but there arent enough good tracks,
       //    so we add all lightweights again (too expensive to figure out
       //    which lightweights are the most important)
       if ( !discardLightWeights() || weight > minWeightFraction() * totweight
            || nr_good_trks < 2 )
       {
         // if the linearization point didnt move too much,
         // we take the old LinTrackState.
         // Otherwise we relinearize.
 
         RefCountedLinearizedTrackState lTrData =
           theCache.linTrack ( seed->second.position(), *track );
 
         VertexTrackFactory<5> vTrackFactory;
         RefCountedVertexTrack vTrData = vTrackFactory.vertexTrack(
           lTrData, realseed, weight );
         newTracks.push_back ( vTrData );
       };
     };
 
     for ( set< TransientTrack >::const_iterator track=thePrimaries.begin();
           track!=thePrimaries.end() ; ++track )
     {
       double weight = validWeight ( theWeights[*track][snr] );
 
       RefCountedLinearizedTrackState lTrData =
         theCache.linTrack ( seed->second.position(), *track );
 
       VertexTrackFactory<5> vTrackFactory;
       RefCountedVertexTrack vTrData = vTrackFactory.vertexTrack(
         lTrData, realseed, weight );
       newTracks.push_back ( vTrData );
 
     };
 
     try {
       if ( newTracks.size() < 2 )
       {
         throw VertexException("less than two tracks in vector" );
       };
 
       if ( verbose() )
       {
         cout << "[MultiVertexFitter] now fitting with Kalman: ";
         for ( vector< RefCountedVertexTrack >::const_iterator i=newTracks.begin(); 
               i!=newTracks.end() ; ++i )
         {
           cout << (**i).weight() << " ";
         };
         cout << endl;
       };
 
       if ( newTracks.size() > 1 )
       {
         KalmanVertexFitter fitter;
         // warning! first track determines lin pt!
         CachingVertex<5> newVertex = fitter.vertex ( newTracks );
         int snr = seedNr();
         double disp = ( newVertex.position() - seed->second.position() ).mag();
         if ( disp > max_disp ) max_disp = disp;
         newSeeds.push_back ( 
             pair < int, CachingVertex<5> > ( snr, newVertex ) );
       };
     } catch ( exception & e )
     {
       cout << "[MultiVertexFitter] exception: " << e.what() << endl;
     }
   };
 
   // now discard all old seeds and weights, compute new ones.
   theVertexStates.clear();
   theWeights.clear();
   theVertexStates=newSeeds;
   #ifdef MVFHarvestingDebug
   for ( vector< CachingVertex<5> >::const_iterator i=theVertexStates.begin();
         i!=theVertexStates.end() ; ++i )
     PrimitivesHarvester::file()->save(*i);
   #endif
   updateWeights();
 
   static const double disp_limit = 1e-4; /* SimpleConfigurable<double>
     (0.0001, "MultiVertexFitter:DisplacementLimit" ).value(); */
 
   if ( verbose() & 2 )
   {
     printSeeds();
     cout << "[MultiVertexFitter] max displacement in this iteration: "
          << max_disp << endl;
   };
   if ( max_disp < disp_limit ) return false;
   return true;
 }

void MultiVertexFitter::updateWeights ( )

private

add the primary only tracks to primary vertex only.

now add "free tracks" to all vertices

Definition at line 352 of file MultiVertexFitter.cc.

References gather_cfg::cout, AnnealingSchedule::cutoff(), KalmanVertexTrackCompatibilityEstimator< N >::estimate(), objects.autophobj::float, LinTrackCache::linTrack(), AnnealingSchedule::phi(), CachingVertex< N >::position(), printWeights(), mps_fire::result, SurveyInfoScenario_cff::seed, theAssComp, theCache, thePrimaries, theTracks, theVertexStates, theWeights, verbose, w, and mps_merge::weight.

Referenced by updateSeeds().

 {
   theWeights.clear();
   if ( verbose() & 4 )
   {
     cout << "[MultiVertexFitter] Start weight update." << endl;
   };
 
   KalmanVertexTrackCompatibilityEstimator<5> theComp;
   
   for ( set < TransientTrack >::const_iterator trk=thePrimaries.begin();
         trk!=thePrimaries.end() ; ++trk )
   {
     int seednr = theVertexStates[0].first;
     CachingVertex<5> seed = theVertexStates[0].second;
     pair<bool, double> result = theComp.estimate ( seed, theCache.linTrack ( seed.position(), *trk ) ); 
     double weight = 0.;
     if (result.first) weight = theAssComp->phi ( result.second );
     theWeights[*trk][seednr]= weight; // FIXME maybe "hard" 1.0 or "soft" weight?
   }
 
   for ( vector< TransientTrack >::const_iterator trk=theTracks.begin();
         trk!=theTracks.end() ; ++trk )
   {
     double tot_weight=theAssComp->phi ( theAssComp->cutoff() * theAssComp->cutoff() );
 
     for ( vector < pair < int, CachingVertex<5> > >::const_iterator 
           seed=theVertexStates.begin(); seed!=theVertexStates.end(); ++seed )
     {
       
       pair<bool, double> result = theComp.estimate ( seed->second, theCache.linTrack ( seed->second.position(),
              *trk ) );
       double weight = 0.;
       if (result.first) weight = theAssComp->phi ( result.second );
       tot_weight+=weight;
       theWeights[*trk][seed->first]=weight;
       /* cout << "[MultiVertexFitter] w[" << TransientTrackNamer().name(*trk)
            << "," << seed->position() << "] = " << weight << endl;*/
     };
 
     // normalize to sum of all weights of one track equals 1.
     // (if we include the "cutoff", as well)
     if ( tot_weight > 0.0 )
     {
       for ( vector < pair < int, CachingVertex<5> > >::const_iterator 
             seed=theVertexStates.begin();
             seed!=theVertexStates.end(); ++seed )
       {
         double normedweight=theWeights[*trk][seed->first]/tot_weight;
         if ( normedweight > 1.0 )
         {
           cout << "[MultiVertexFitter] he? w[" // << TransientTrackNamer().name(*trk)
                << "," << seed->second.position() << "] = " << normedweight
                << " totw=" << tot_weight << endl;
           normedweight=1.0;
         };
         if ( normedweight < 0.0 )
         {
           cout << "[MultiVertexFitter] he? weight=" << normedweight
                << " totw=" << tot_weight << endl;
           normedweight=0.0;
         };
         theWeights[*trk][seed->first]=normedweight;
       };
     } else {
       // total weight equals zero? restart, with uniform distribution!
       cout << "[MultiVertexFitter] track found with no assignment - ";
       cout << "will assign uniformly." << endl;
       float w = .5 / (float) theVertexStates.size();
       for ( vector < pair < int, CachingVertex<5> > >::const_iterator seed=theVertexStates.begin();
             seed!=theVertexStates.end(); ++seed )
       {
         theWeights[*trk][seed->first]=w;
       };
     };
   };
   if ( verbose() & 2 ) printWeights();
 }

vector< CachingVertex< 5 > > MultiVertexFitter::vertices	(	const std::vector< std::vector< reco::TransientTrack > > &	tracks,
		const std::vector< reco::TransientTrack > &	primaries = `std::vector < reco::TransientTrack > ()`
	)

Supply simple clusters of reco::TransientTracks. primaries: supply tracks which are hard coded to the primary vertex.

Definition at line 290 of file MultiVertexFitter.cc.

References hitfit::clear(), FrontierConditions_GlobalTag_cff::file, trackingPlots::fit, mps_fire::i, l1t::tracks, and verbose.

Referenced by MultiVertexReconstructor::vertices().

 {
   clear();
   createPrimaries ( primaries );
 
   for ( vector< vector < TransientTrack > >::const_iterator cluster=
         tracks.begin(); cluster!=tracks.end() ; ++cluster )
   {
     createSeed ( *cluster );
   };
   if ( verbose() )
   {
     printSeeds();
   };
   #ifdef MVFHarvestingDebug
   for ( vector< CachingVertex<5> >::const_iterator i=theVertexStates.begin();
         i!=theVertexStates.end() ; ++i )
     PrimitivesHarvester::file()->save(*i);
   #endif
   return fit();
 }

vector< CachingVertex< 5 > > MultiVertexFitter::vertices	(	const std::vector< std::vector< TrackAndWeight > > &	tracks,
		const std::vector< reco::TransientTrack > &	primaries = `std::vector < reco::TransientTrack > ()`
	)

Supply clusters of tracks with weights, association weights of the other vertices is considered zero. FIXME weights are currently ignored. primaries: supply tracks which are hard coded to the primary vertex.

Definition at line 314 of file MultiVertexFitter.cc.

References hitfit::clear(), trackingPlots::fit, l1t::tracks, and verbose.

 {
   clear();
   createPrimaries ( primaries );
 
   for ( vector< vector < TrackAndWeight > >::const_iterator cluster=
         tracks.begin(); cluster!=tracks.end() ; ++cluster )
   {
     createSeed ( *cluster );
   };
   if ( verbose() )
   {
     printSeeds();
   };
 
   return fit();
 }

vector< CachingVertex< 5 > > MultiVertexFitter::vertices	(	const std::vector< CachingVertex< 5 > > &	initials,
		const std::vector< reco::TransientTrack > &	primaries = `std::vector < reco::TransientTrack > ()`
	)

Supply full CachingVertices; CachingVertices are the first seeds. primaries: supply tracks which are hard coded to the primary vertex.

Definition at line 251 of file MultiVertexFitter.cc.

References hitfit::clear(), gather_cfg::cout, FrontierConditions_GlobalTag_cff::file, trackingPlots::fit, mps_fire::i, TransientVertex::originalTracks(), and badGlobalMuonTaggersAOD_cff::vtx.

 {
   clear();
   createPrimaries ( primaries );
   // FIXME if initials size < 1 return sth that includes the primaries
   if (  initials.empty() ) return initials;
   for ( vector< CachingVertex<5> >::const_iterator vtx=initials.begin();
         vtx!=initials.end() ; ++vtx )
   {
     int snr = seedNr();
     theVertexStates.push_back ( pair < int, CachingVertex<5> >
         ( snr, *vtx ) );
     TransientVertex rvtx = *vtx;
     const vector < TransientTrack > & trks = rvtx.originalTracks();
     for ( vector< TransientTrack >::const_iterator trk=trks.begin();
           trk!=trks.end() ; ++trk )
     {
       if ( !(thePrimaries.count (*trk )) )
       {
         // cout << "[MultiVertexFitter] free track " << trk->id() << endl;
         theTracks.push_back ( *trk );
       } else {
         // cout << "[MultiVertexFitter " << trk->id() << " is not free." << endl;
       }
       cout << "[MultiVertexFitter] error! track weight currently set to one"
            << " FIXME!!!" << endl;
       theWeights[*trk][snr]=1.0;
     };
   };
   #ifdef MVFHarvestingDebug
   for ( vector< CachingVertex<5> >::const_iterator i=theVertexStates.begin();
         i!=theVertexStates.end() ; ++i )
     PrimitivesHarvester::file()->save(*i);
   #endif
   return fit();
 }

vector< CachingVertex< 5 > > MultiVertexFitter::vertices	(	const std::vector< TransientVertex > &	vtces,
		const std::vector< reco::TransientTrack > &	primaries = `std::vector < reco::TransientTrack > ()`
	)

Same as above.

Definition at line 221 of file MultiVertexFitter.cc.

References MillePedeFileConverter_cfg::e, tmp, electrons_cff::vertices, badGlobalMuonTaggersAOD_cff::vtx, and w.

 {
   // FIXME if vtces.size < 1 return sth that includes the primaries
   if ( vtces.empty() )
   {
     return vector < CachingVertex<5> > ();
   };
   vector < vector < TrackAndWeight > > bundles;
   for ( vector< TransientVertex >::const_iterator vtx=vtces.begin();
         vtx!=vtces.end() ; ++vtx )
   {
     vector < TransientTrack > trks = vtx->originalTracks();
     vector < TrackAndWeight > tnws;
     for ( vector< TransientTrack >::const_iterator trk=trks.begin(); 
           trk!=trks.end() ; ++trk )
     {
       float w = vtx->trackWeight ( *trk ); 
       if ( w > 1e-5 )
       {
         TrackAndWeight tmp ( *trk, w );
         tnws.push_back ( tmp );
       };
     };
     bundles.push_back ( tnws );
   };
   return vertices ( bundles, primaries );
 }