Chain Class Reference

#include <Chain.h>

List of all members.

Public Member Functions
	Chain ()
	~Chain ()
int	good_slope ()
void	Recalc ()
void	updateMuonFrac (double it, double iz, double ie)
void	updateNumPeaks (double it, double iz, double ie)
void	updateEMLike (double it, double iz, double ie)
void	add_to_back (double it, double iz, double ie, int my_cluster_id)
void	insert (double it, double iz, double ie, int my_cluster_id)
void	Reverse ()
void	ClearHits ()
void	PrintChain ()
double	interpolate (double z)
Static Public Member Functions
void	ResetCounter ()
double	interpolate (double z0, double t0, double z1, double t1, double z2, double t2, double z)
Public Attributes
std::vector< double >	t
std::vector< double >	z
std::vector< double >	e
std::vector< int >	cluster_id
std::vector< int >	children
double	start_t
double	end_t
double	start_z
double	end_z
int	particletype
double	sum_e
int	available
double	weighted_t
int	entries
double	avg_slope
double	avg_offset
double	last_slope
double	front_slope
double	back_slope
double	front_offset
double	back_offset
int	parentChain
int	myId
int	level
double	muonfrac
double	interior_muonfrac
double	emlike
int	num_peaks
int	strict_decreasing
int	strict_increasing
double	muon_threshold_max
double	muon_threshold_min
int	muon_min_hits
double	a
double	b
Static Public Attributes
int	lastid = 0
Private Attributes
double	sum_z
double	sum_t
double	sum_z_z
double	sum_z_t
int	muonlike
double	lastpeake
int	lastpeakprob

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Constructor & Destructor Documentation

Chain::Chain (   )

Definition at line 13 of file Chain.cxx. { start_t=0.0; end_t=0.0; start_z=0.0; end_z=0.0; particletype=0; sum_e=0.0; weighted_t=0.0; entries=0; avg_slope=0.0; avg_offset=0.0; last_slope=0.0; front_slope=0.0; back_slope=0.0; front_offset=0.0; back_offset=0.0; parentChain=-1; myId=-1; level=0; muonfrac=0.0; interior_muonfrac=0.0; emlike=0.0; num_peaks=0; strict_decreasing=1; strict_increasing=1; lastpeake=0.0; lastpeakprob=0; sum_z=0.0; sum_t=0.0; sum_z_z=0.0; sum_z_t=0.0; muonlike=0; a=0.0; b=0.0; t.clear(); z.clear(); e.clear(); cluster_id.clear(); children.clear(); myId=lastid++; muon_threshold_max=2; muon_threshold_min=0.5; muon_min_hits=2; available=1; }

Chain::~Chain (   )

Definition at line 70 of file Chain.cxx. References children, cluster_id, e, t, and z. { t.clear(); z.clear(); e.clear(); cluster_id.clear(); children.clear(); }

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Member Function Documentation

void Chain::add_to_back (  double  it, double  iz, double  ie, int  my_cluster_id )

Definition at line 558 of file Chain.cxx. References a, avg_offset, avg_slope, b, back_offset, back_slope, cluster_id, e, end_t, end_z, entries, front_offset, front_slope, last_slope, start_t, start_z, sum_e, sum_t, sum_z, sum_z_t, sum_z_z, t, updateEMLike(), updateMuonFrac(), updateNumPeaks(), weighted_t, and z. Referenced by ChainHelper::AttachAt(), Finder::FindMuons(), ChainHelper::insert(), ChainHelper::process_plane(), Reverse(), ChainHelper::split(), and ChainHelper::SplitAt(). { double lastt = 0.0; double lastz = 0.0; double laste = 0.0; if(t.size()>0) { lastt=t.back(); lastz=z.back(); laste=e.back(); }else{ start_t=it; start_z=iz; } weighted_t*=sum_e; weighted_t +=it*ie; sum_e+=ie; weighted_t /=sum_e; entries++; t.push_back(it); z.push_back(iz); e.push_back(ie); cluster_id.push_back(my_cluster_id); //printf("added %f %f %f %d\n",it,iz,ie,my_cluster_id); sum_z+=iz; sum_t+=it; sum_z_z+=iz*iz; sum_z_t+=iz*it; end_t=it; end_z=iz; double n=(double)entries; if(n>1 && fabs(n*sum_z_z-(sum_z)*(sum_z))>1e-10 ) { a=(sum_t*sum_z_z-sum_z*sum_z_t)/(n*sum_z_z-(sum_z)*(sum_z)); b=(n*sum_z_t-sum_z*sum_t)/(n*sum_z_z-(sum_z)*(sum_z)); } avg_slope = b; avg_offset = a; if(entries>1 && lastz-iz)last_slope =(lastt-it)/(lastz-iz); if(entries>1 && entries<=4) { front_slope=b; front_offset=a; back_slope=b; back_offset=a; } if(entries>4) { int n=4; double sum_z_t=0; double sum_z=0; double sum_t=0; double sum_z_z=0; for(unsigned int i=e.size()-1;i>e.size()-5;i--) { sum_z+=z[i]; sum_t+=t[i]; sum_z_t+=z[i]*t[i]; sum_z_z+=z[i]*z[i]; } if(fabs(n*sum_z_z-(sum_z)*(sum_z))>1e-10) { back_slope=(n*sum_z_t-sum_z*sum_t)/(n*sum_z_z-(sum_z)*(sum_z)); back_offset=(sum_t*sum_z_z-sum_z*sum_z_t)/(n*sum_z_z-(sum_z)*(sum_z)); } } updateMuonFrac(it, iz, ie); updateNumPeaks(it, iz, ie); updateEMLike(it, iz, ie); }

void Chain::ClearHits (   )

Definition at line 269 of file Chain.cxx. References a, avg_offset, avg_slope, b, back_slope, cluster_id, e, emlike, end_t, end_z, entries, front_slope, interior_muonfrac, last_slope, lastpeake, lastpeakprob, muonfrac, muonlike, num_peaks, start_t, start_z, strict_decreasing, strict_increasing, sum_e, sum_t, sum_z, sum_z_t, sum_z_z, t, weighted_t, and z. Referenced by ChainHelper::AttachAt(), PrimaryShowerFinder::ClearFrontVertex(), LongMuonFinder::ClearFrontVertex(), Recalc(), Reverse(), and ChainHelper::SplitAt(). { start_t=0.0; end_t=0.0; start_z=0.0; end_z=0.0; sum_e=0.0; weighted_t=0.0; entries=0; avg_slope=0.0; avg_offset=0.0; last_slope=0.0; front_slope=0.0; back_slope=0.0; muonfrac=0.0; interior_muonfrac=0.0; emlike=0.0; num_peaks=0; strict_decreasing=1; strict_increasing=1; lastpeake=0.0; lastpeakprob=0; sum_z=0.0; sum_t=0.0; sum_z_z=0.0; sum_z_t=0.0; muonlike=0; a=0.0; b=0.0; z.clear(); e.clear(); t.clear(); cluster_id.clear(); }

int Chain::good_slope (   )

Definition at line 376 of file Chain.cxx. References t. { //tell us if we have enough points to believe the slope value int good=0; if(t.size()>1)good=1; return good; }

void Chain::insert (  double  it, double  iz, double  ie, int  my_cluster_id )

Definition at line 389 of file Chain.cxx. References a, avg_offset, avg_slope, b, back_offset, back_slope, cluster_id, e, end_t, end_z, entries, front_offset, front_slope, last_slope, start_t, start_z, sum_e, sum_t, sum_z, sum_z_t, sum_z_z, t, updateEMLike(), updateMuonFrac(), updateNumPeaks(), weighted_t, and z. Referenced by PrimaryShowerFinder::ClearFrontVertex(), LongMuonFinder::ClearFrontVertex(), PrimaryShowerFinder::ExpandShowerChain(), PrimaryShowerFinder::ExtractMuon(), LongMuonFinder::FindMuonChain(), ChainHelper::FindPaths(), PrimaryShowerFinder::FindPrimaryShower(), PrimaryShowerFinder::FindShowerChain(), PrimaryShowerFinder::MakeChains(), PrimaryShowerFinder::MakeShowerChain(), LongMuonFinder::MergeChainClusters(), and Recalc(). { double lastt = 0.0; double lastz = 0.0; double laste = 0.0; if(t.size()>0) { lastt=t.back(); lastz=z.back(); laste=e.back(); } int insert_idx=-1; for(unsigned int i=0;i<t.size();i++) { if(iz<z[i]) { insert_idx=i; break; } } if(t.size()==0) { start_t=it; start_z=iz; end_t=it; end_z=iz; } /* if(insert_idx==0) { start_t=it; start_z=iz; } if(insert_idx==t.size()-1) { end_t=it; end_z=iz; } */ if(start_z>iz) { start_z=iz; start_t=it; } if(end_z<iz) { end_z=iz; end_t=it; } weighted_t*=sum_e; weighted_t +=it*ie; sum_e+=ie; weighted_t /=sum_e; entries++; if(insert_idx>-1) { std::vector<double>::iterator itr_f=t.begin(); itr_f+=insert_idx; t.insert(itr_f,it); itr_f=z.begin(); itr_f+=insert_idx; z.insert(itr_f,iz); itr_f=e.begin(); itr_f+=insert_idx; e.insert(itr_f,ie); std::vector<int>::iterator itr_i=cluster_id.begin(); itr_i+=insert_idx; cluster_id.insert(itr_i,my_cluster_id); }else{ t.push_back(it); z.push_back(iz); e.push_back(ie); cluster_id.push_back(my_cluster_id); } //printf("added %f %f %f %d\n",it,iz,ie,my_cluster_id); sum_z+=iz; sum_t+=it; sum_z_z+=iz*iz; sum_z_t+=iz*it; double n=(double)entries; if(n>1 && (n*sum_z_z-(sum_z)*(sum_z))!=0) { a=(sum_t*sum_z_z-sum_z*sum_z_t)/(n*sum_z_z-(sum_z)*(sum_z)); b=(n*sum_z_t-sum_z*sum_t)/(n*sum_z_z-(sum_z)*(sum_z)); } avg_slope = b; avg_offset = a; if(entries>1 && lastz-iz)last_slope =(lastt-it)/(lastz-iz); if(entries>1 && entries<=4) { front_slope=b; front_offset=a; back_slope=b; back_offset=a; } if(entries>4) { //back slope int n=4; double sum_z_t=0; double sum_z=0; double sum_t=0; double sum_z_z=0; for(unsigned int i=e.size()-1;i>e.size()-5;i--) { sum_z+=z[i]; sum_t+=t[i]; sum_z_t+=z[i]*t[i]; sum_z_z+=z[i]*z[i]; } if(fabs(n*sum_z_z-(sum_z)*(sum_z))>1e-10) { back_slope=(n*sum_z_t-sum_z*sum_t)/(n*sum_z_z-(sum_z)*(sum_z)); back_offset=(sum_t*sum_z_z-sum_z*sum_z_t)/(n*sum_z_z-(sum_z)*(sum_z)); } //front slope n=4; if(entries>12)n=entries/3; if(n>10)n=10; sum_z_t=0; sum_z=0; sum_t=0; sum_z_z=0; for(int i=0;i<n;i++) { sum_z+=z[i]; sum_t+=t[i]; sum_z_t+=z[i]*t[i]; sum_z_z+=z[i]*z[i]; } if(fabs(n*sum_z_z-(sum_z)*(sum_z))>1e-10) { front_slope=(n*sum_z_t-sum_z*sum_t)/(n*sum_z_z-(sum_z)*(sum_z)); front_offset=(sum_t*sum_z_z-sum_z*sum_z_t)/(n*sum_z_z-(sum_z)*(sum_z)); } } updateMuonFrac(it, iz, ie); updateNumPeaks(it, iz, ie); updateEMLike(it, iz, ie); }

double Chain::interpolate (  double  z0, double  t0, double  z1, double  t1, double  z2, double  t2, double  z )  [static]

Definition at line 192 of file Chain.cxx. { double int_t=0; //for quadratic double L0 = (z-z1)*(z-z2)/( (z0-z1)*(z0-z2)); double L1 = (z-z0)*(z-z2)/( (z1-z0)*(z1-z2)); double L2 = (z-z0)*(z-z1)/( (z2-z0)*(z2-z1)); int_t = t0*L0 + t1*L1 + t2*L2; // printf("quad inter L0 %f L1 %f L2 %f z0 %f z1 %f z2 %f t0 %f t1 %f t2 %f\n",L0,L1,L2,z0,z1,z2,t0,t1,t2); return int_t; }

double Chain::interpolate (  double  z  )

Definition at line 86 of file Chain.cxx. References z. Referenced by LongMuonFinder::FindMuonChain(), Finder::FindVertex(), and ChainHelper::process_plane(). { double int_t=0; if(z.size()<1)return 0; /* printf("nentries %d\n",z.size()); for(unsigned int i=0;i<z.size();i++) { printf("zt %f %f\n",z[i],t[i]); } */ //hack to remove entries with the same z position.... we should really be merging clusters..... std::vector<double>z; std::vector<double>t; std::vector<double>e; /* printf("raw nentries %d\n",this->z.size()); for(unsigned int i=0;i<this->z.size();i++) { printf("zt %f %f\n",this->z[i],this->t[i]); } */ z.push_back(this->z[0]); t.push_back(this->t[0]*this->e[0]); e.push_back(this->e[0]); int cnt=0; for(unsigned int i=1;i<this->z.size();i++) { if(fabs(this->z[i]-this->z[i-1])>0.001) { cnt++; z.push_back(this->z[i]); t.push_back(this->t[i]*this->e[i]); e.push_back(this->e[i]); }else{ t[cnt]+=this->t[i]*this->e[i]; e[cnt]+=this->e[i]; } } for(unsigned int i=0;i<z.size();i++) { t[i]/=e[i]; } /* printf("clean nentries %d\n",z.size()); for(unsigned int i=0;i<z.size();i++) { printf("zt %f %f\n",z[i],t[i]); } */ if(z.size()>2) { if(test_z>=end_z) { int i=z.size()-1; if(i>1) int_t = interpolate(z[i],t[i],z[i-1],t[i-1],z[i-2],t[i-2],test_z); }else if(test_z<=start_z) { if(z.size()>2) int_t = interpolate(z[0],t[0],z[1],t[1],z[2],t[2],test_z); }else{ int i=z.size()-1; if(i>1) int_t = interpolate(z[i],t[i],z[i-1],t[i-1],z[i-2],t[i-2],test_z); if(z.size()>2) int_t += interpolate(z[0],t[0],z[1],t[1],z[2],t[2],test_z); int_t /=2; } }else if(z.size()>1) { int end = z.size()-1; double dz = z[end]-z[end-1]; double dt = t[end]-t[end-1]; if(dz!=0) { double slope = dt/dz; int_t = (test_z-z[end-1])*slope+t[end-1]; } }else if(z.size()==1) { int_t = t[0]; } return int_t; }

void Chain::PrintChain (   )

Definition at line 308 of file Chain.cxx. References avg_slope, back_slope, cluster_id, e, emlike, end_t, end_z, entries, front_slope, MsgService::Instance(), interior_muonfrac, MsgService::IsActive(), last_slope, muonfrac, myId, num_peaks, start_t, start_z, strict_decreasing, strict_increasing, sum_e, t, and z. Referenced by ChainHelper::AttachAt(), LongMuonFinder::FindLongMuon(), and PrimaryShowerFinder::FindPrimaryShower(). { if(!MsgService::Instance()->IsActive("Chain",Msg::kDebug))return; printf("Chain %d \n",myId); printf("%d entries start_t %f start_z %f end_t %f end_z %f\n",entries,start_t,start_z,end_t,end_z); printf("sume %f avg_slope %f lastslope %f frontslope %f backslope %f\n",sum_e,avg_slope,last_slope,front_slope,back_slope); printf("muonfrac %f, intmf %f, emlike %f, peaks %d, sdec %d, sinc %d\n",muonfrac, interior_muonfrac, emlike, num_peaks,strict_decreasing, strict_increasing); printf(" hits (t,z,e) : "); for(unsigned int i=0;i<t.size();i++) printf(" (%f, %f, %f - %d)", t[i],z[i],e[i],cluster_id[i]); printf("\n"); }

void Chain::Recalc (   )

Definition at line 218 of file Chain.cxx. References ClearHits(), cluster_id, and insert(). Referenced by LongMuonFinder::FindLongMuon(), Finder::FindMuons(), and PrimaryShowerFinder::FindPrimaryShower(). { std::vector<double>mt=t; std::vector<double>mz=z; std::vector<double>me=e; std::vector<int>mc=cluster_id; ClearHits(); for(unsigned int i=0;i<mt.size();i++) if(me[i]>0)insert(mt[i],mz[i],me[i],cluster_id[i]); }

void Chain::ResetCounter (   )  [static]

Definition at line 79 of file Chain.cxx. References lastid. Referenced by ChainHelper::ChainHelper(), and ChainHelper::Reset(). { lastid=0; }

void Chain::Reverse (   )

Definition at line 238 of file Chain.cxx. References add_to_back(), ClearHits(), cluster_id, e, t, and z. Referenced by Finder::FindVertex(). { //printf("reversing\n"); std::vector<double>mt; for(unsigned int i=0;i<t.size();i++)mt.push_back(t[i]); std::vector<double>mz; for(unsigned int i=0;i<z.size();i++)mz.push_back(z[i]); std::vector<double>me; for(unsigned int i=0;i<e.size();i++)me.push_back(e[i]); std::vector<int>mc; for(unsigned int i=0;i<cluster_id.size();i++)mc.push_back(cluster_id[i]); //printf("sv\n"); ClearHits(); //printf("cleared hits\n"); for(int i=mt.size()-1;i>-1;i--) add_to_back(mt[i],mz[i],me[i],cluster_id[i]); //printf("done\n"); }

void Chain::updateEMLike (  double  it, double  iz, double  ie )

Definition at line 369 of file Chain.cxx. References emlike, and num_peaks. Referenced by add_to_back(), and insert(). { //for now its emlike if it has 1 peak.... make it better later... emlike = num_peaks==1; }

void Chain::updateMuonFrac (  double  it, double  iz, double  ie )

Definition at line 327 of file Chain.cxx. References e, entries, interior_muonfrac, muon_min_hits, muon_threshold_max, muonfrac, and muonlike. Referenced by add_to_back(), and insert(). { if(ie < muon_threshold_max && ie > muon_threshold_min) { if(entries>2) { int cntfirst=0; if ( e[0] < muon_threshold_max && e[0] > muon_threshold_min ) cntfirst=1; interior_muonfrac = (double)(muonlike - cntfirst) / (double)(entries-2); } muonlike++; if (muon_min_hits <= entries ) muonfrac = (double)muonlike / (double)entries; } }

void Chain::updateNumPeaks (  double  it, double  iz, double  ie )

Definition at line 345 of file Chain.cxx. References entries, lastpeake, lastpeakprob, num_peaks, strict_decreasing, and strict_increasing. Referenced by add_to_back(), and insert(). { if(entries>1) if(ie < lastpeake && lastpeakprob) { num_peaks++; lastpeakprob = 0; }else if(ie > lastpeake) { lastpeakprob = 1; } if(entries>1) { if(ie <= lastpeake) strict_increasing=0; if(ie >= lastpeake) strict_decreasing=0; } lastpeake = ie; }

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Member Data Documentation

double Chain::a

Definition at line 83 of file Chain.h. Referenced by add_to_back(), ClearHits(), insert(), and Finder::RemoveNonVertexPointingChains().

int Chain::available

Definition at line 32 of file Chain.h. Referenced by LongMuonFinder::FindLongMuon(), PrimaryShowerFinder::FindPrimaryShower(), and Finder::Make3DParticle().

double Chain::avg_offset

Definition at line 48 of file Chain.h. Referenced by add_to_back(), ClearHits(), insert(), and ChainHelper::print_finished().

double Chain::avg_slope

Definition at line 47 of file Chain.h. Referenced by add_to_back(), ClearHits(), insert(), ChainHelper::print_finished(), and PrintChain().

double Chain::b

Definition at line 84 of file Chain.h. Referenced by add_to_back(), ClearHits(), and insert().

double Chain::back_offset

Definition at line 54 of file Chain.h. Referenced by add_to_back(), insert(), Finder::MergeChains(), and ChainHelper::print_finished().

double Chain::back_slope

Definition at line 52 of file Chain.h. Referenced by add_to_back(), ClearHits(), insert(), Finder::MergeChains(), ChainHelper::print_finished(), and PrintChain().

std::vector<int> Chain::children

Definition at line 19 of file Chain.h. Referenced by ChainHelper::AdjustLevel(), ChainHelper::AttachAsChild(), ChainHelper::AttachAt(), ChainHelper::DeleteChain(), PrimaryShowerFinder::ExtractMuon(), ChainHelper::FindMaxPath(), ChainHelper::FindPaths(), Finder::FindVertex(), ChainHelper::GetAllChildren(), ChainHelper::print_finished(), ChainHelper::split(), ChainHelper::SplitAt(), and ~Chain().

std::vector<int> Chain::cluster_id

Definition at line 17 of file Chain.h. Referenced by add_to_back(), ChainHelper::AttachAt(), ChainHelper::ChangeHitId(), LongMuonFinder::CheckChainQuality(), PrimaryShowerFinder::ClearFrontVertex(), LongMuonFinder::ClearFrontVertex(), ClearHits(), PrimaryShowerFinder::ExtractMuon(), LongMuonFinder::FindLongMuon(), Finder::FindNeutrons(), PrimaryShowerFinder::FindPrimaryShower(), insert(), Finder::Make3DParticle(), PrimaryShowerFinder::MakeParticle3D(), LongMuonFinder::MakeParticle3D(), LongMuonFinder::MergeChainClusters(), ChainHelper::print_finished(), PrintChain(), Recalc(), Finder::RecordLostHits(), LongMuonFinder::RemoveNonMuonEnergy(), Reverse(), Finder::SetStatus(), ChainHelper::split(), ChainHelper::SplitAt(), Finder::Weave(), and ~Chain().

std::vector<double> Chain::e

Definition at line 16 of file Chain.h. Referenced by add_to_back(), ChainHelper::AttachAt(), PrimaryShowerFinder::CheckChainQuality(), LongMuonFinder::CheckChainQuality(), PrimaryShowerFinder::ClearFrontVertex(), LongMuonFinder::ClearFrontVertex(), ClearHits(), PrimaryShowerFinder::ExtractMuon(), LongMuonFinder::FindLongMuon(), ChainHelper::FindMaxPath(), Finder::FindMuons(), PrimaryShowerFinder::FindPrimaryShower(), Finder::FindVertex(), insert(), PrimaryShowerFinder::MakeParticle3D(), LongMuonFinder::MakeParticle3D(), LongMuonFinder::MergeChainClusters(), ChainHelper::print_finished(), PrintChain(), LongMuonFinder::RemoveNonMuonEnergy(), Reverse(), Finder::ShareHit(), ChainHelper::split(), ChainHelper::SplitAt(), updateMuonFrac(), and ~Chain().

double Chain::emlike

Definition at line 66 of file Chain.h. Referenced by ClearHits(), ChainHelper::print_finished(), PrintChain(), and updateEMLike().

double Chain::end_t

Definition at line 22 of file Chain.h. Referenced by add_to_back(), ClearHits(), HoughView::DrawChains(), HitView::DrawChains(), ChainView::DrawChains(), PrimaryShowerFinder::ExpandShowerChain(), ChainHelper::FindMaxPath(), ChainHelper::FindPaths(), insert(), PrimaryShowerFinder::MakeChains(), Finder::MergeChains(), ChainHelper::print_finished(), PrintChain(), Finder::RemoveNonVertexPointingChains(), and ChainHelper::split().

double Chain::end_z

Definition at line 24 of file Chain.h. Referenced by add_to_back(), ChainHelper::AttachAt(), PrimaryShowerFinder::CheckChainOverlap(), LongMuonFinder::CheckChainOverlap(), ClearHits(), HoughView::DrawChains(), HitView::DrawChains(), ChainView::DrawChains(), PrimaryShowerFinder::ExpandShowerChain(), LongMuonFinder::FindLongMuon(), ChainHelper::FindMaxPath(), ChainHelper::FindPaths(), PrimaryShowerFinder::FindPrimaryShower(), Finder::FindVertex(), insert(), PrimaryShowerFinder::MakeChains(), Finder::MergeChains(), ChainHelper::print_finished(), PrintChain(), Finder::RemoveNonVertexPointingChains(), ChainHelper::split(), and ChainHelper::SplitAt().

int Chain::entries

Definition at line 36 of file Chain.h. Referenced by add_to_back(), ChainHelper::AttachAt(), PrimaryShowerFinder::CheckChainQuality(), LongMuonFinder::CheckChainQuality(), PrimaryShowerFinder::ClearFrontVertex(), LongMuonFinder::ClearFrontVertex(), ClearHits(), PrimaryShowerFinder::ExtractMuon(), LongMuonFinder::FindLongMuon(), LongMuonFinder::FindMuonChain(), Finder::FindMuons(), ChainHelper::FindPaths(), PrimaryShowerFinder::FindPrimaryShower(), Finder::FindVertex(), insert(), Finder::Make3DParticle(), PrimaryShowerFinder::MakeChains(), PrimaryShowerFinder::MakeParticle3D(), LongMuonFinder::MakeParticle3D(), ChainHelper::print_finished(), PrintChain(), ChainHelper::process_plane(), Finder::RemoveNonVertexPointingChains(), ChainHelper::SplitAt(), updateMuonFrac(), and updateNumPeaks().

double Chain::front_offset

Definition at line 53 of file Chain.h. Referenced by add_to_back(), LongMuonFinder::FindMuonChain(), insert(), Finder::MergeChains(), ChainHelper::print_finished(), and Finder::RemoveNonVertexPointingChains().

double Chain::front_slope

Definition at line 51 of file Chain.h. Referenced by add_to_back(), ClearHits(), LongMuonFinder::FindMuonChain(), insert(), Finder::MergeChains(), ChainHelper::print_finished(), PrintChain(), and Finder::RemoveNonVertexPointingChains().

double Chain::interior_muonfrac

Definition at line 65 of file Chain.h. Referenced by ClearHits(), PrintChain(), and updateMuonFrac().

double Chain::last_slope

Definition at line 49 of file Chain.h. Referenced by add_to_back(), ClearHits(), insert(), ChainHelper::print_finished(), and PrintChain().

int Chain::lastid = 0 [static]

Definition at line 11 of file Chain.cxx. Referenced by ResetCounter().

double Chain::lastpeake [private]

Definition at line 98 of file Chain.h. Referenced by ClearHits(), and updateNumPeaks().

int Chain::lastpeakprob [private]

Definition at line 99 of file Chain.h. Referenced by ClearHits(), and updateNumPeaks().

int Chain::level

Definition at line 62 of file Chain.h. Referenced by ChainHelper::AdjustLevel(), ChainHelper::AttachAsChild(), ChainHelper::AttachAt(), PrimaryShowerFinder::ExtractMuon(), Finder::FindVertex(), ChainHelper::print_finished(), ChainHelper::split(), and ChainHelper::SplitAt().

int Chain::muon_min_hits

Definition at line 74 of file Chain.h. Referenced by updateMuonFrac().

double Chain::muon_threshold_max

Definition at line 72 of file Chain.h. Referenced by updateMuonFrac().

double Chain::muon_threshold_min

Definition at line 73 of file Chain.h.

double Chain::muonfrac

Definition at line 64 of file Chain.h. Referenced by PrimaryShowerFinder::CheckChainQuality(), ClearHits(), ChainHelper::FindPaths(), ChainHelper::print_finished(), PrintChain(), and updateMuonFrac().

int Chain::muonlike [private]

Definition at line 96 of file Chain.h. Referenced by ClearHits(), ChainHelper::FindPaths(), and updateMuonFrac().

int Chain::myId

Definition at line 61 of file Chain.h. Referenced by ChainHelper::AddFinishedChain(), ChainHelper::AdjustLevel(), ChainHelper::AttachAsChild(), ChainHelper::AttachAt(), HoughView::DrawChains(), HitView::DrawChains(), ChainView::DrawChains(), ChainHelper::FindMaxPath(), ChainHelper::FindPaths(), PrimaryShowerFinder::FindPrimaryShower(), Finder::FindVertex(), ChainHelper::GetAllChildren(), Finder::Make3DParticle(), PrimaryShowerFinder::MakeParticle3D(), LongMuonFinder::MakeParticle3D(), ChainHelper::matchChains(), Finder::MergeChains(), ChainHelper::NewChain(), LTId::operator()(), ChainHelper::print_finished(), PrintChain(), ChainHelper::process_plane(), Finder::RemoveNonVertexPointingChains(), ChainHelper::split(), and ChainHelper::SplitAt().

int Chain::num_peaks

Definition at line 67 of file Chain.h. Referenced by ClearHits(), ChainHelper::print_finished(), PrintChain(), updateEMLike(), and updateNumPeaks().

int Chain::parentChain

Definition at line 60 of file Chain.h. Referenced by ChainHelper::AttachAsChild(), ChainHelper::AttachAt(), ChainHelper::DeleteChain(), HoughView::DrawChains(), HitView::DrawChains(), ChainView::DrawChains(), PrimaryShowerFinder::ExtractMuon(), Finder::FindVertex(), Finder::Make3DParticle(), PrimaryShowerFinder::MakeParticle3D(), LongMuonFinder::MakeParticle3D(), ChainHelper::matchChains(), ChainHelper::print_finished(), ChainHelper::split(), and ChainHelper::SplitAt().

int Chain::particletype

Definition at line 28 of file Chain.h. Referenced by Finder::FindMuons(), Finder::Make3DParticle(), PrimaryShowerFinder::MakeParticle3D(), and LongMuonFinder::MakeParticle3D().

double Chain::start_t

Definition at line 21 of file Chain.h. Referenced by add_to_back(), ClearHits(), PrimaryShowerFinder::ExpandShowerChain(), ChainHelper::FindMaxPath(), LongMuonFinder::FindMuonChain(), ChainHelper::FindPaths(), Finder::FindVertex(), insert(), PrimaryShowerFinder::MakeChains(), Finder::MergeChains(), ChainHelper::print_finished(), PrintChain(), Finder::RemoveNonVertexPointingChains(), and ChainHelper::split().

double Chain::start_z

Definition at line 23 of file Chain.h. Referenced by add_to_back(), ChainHelper::AttachAt(), PrimaryShowerFinder::CheckChainOverlap(), LongMuonFinder::CheckChainOverlap(), PrimaryShowerFinder::ClearFrontVertex(), LongMuonFinder::ClearFrontVertex(), ClearHits(), PrimaryShowerFinder::ExpandShowerChain(), LongMuonFinder::FindLongMuon(), ChainHelper::FindMaxPath(), LongMuonFinder::FindMuonChain(), ChainHelper::FindPaths(), PrimaryShowerFinder::FindPrimaryShower(), Finder::FindVertex(), insert(), PrimaryShowerFinder::MakeChains(), Finder::MergeChains(), ChainHelper::print_finished(), PrintChain(), Finder::RemoveNonVertexPointingChains(), ChainHelper::split(), and ChainHelper::SplitAt().

int Chain::strict_decreasing

Definition at line 68 of file Chain.h. Referenced by ClearHits(), ChainHelper::print_finished(), PrintChain(), and updateNumPeaks().

int Chain::strict_increasing

Definition at line 69 of file Chain.h. Referenced by ClearHits(), ChainHelper::print_finished(), PrintChain(), and updateNumPeaks().

double Chain::sum_e

Definition at line 30 of file Chain.h. Referenced by add_to_back(), ClearHits(), ChainHelper::FindMaxPath(), ChainHelper::FindPaths(), insert(), ChainHelper::print_finished(), and PrintChain().

double Chain::sum_t [private]

Definition at line 92 of file Chain.h. Referenced by add_to_back(), ClearHits(), and insert().

double Chain::sum_z [private]

Definition at line 91 of file Chain.h. Referenced by add_to_back(), ClearHits(), and insert().

double Chain::sum_z_t [private]

Definition at line 94 of file Chain.h. Referenced by add_to_back(), ClearHits(), and insert().

double Chain::sum_z_z [private]

Definition at line 93 of file Chain.h. Referenced by add_to_back(), ClearHits(), and insert().

std::vector<double> Chain::t

Definition at line 14 of file Chain.h. Referenced by add_to_back(), ChainHelper::AttachAt(), PrimaryShowerFinder::ClearFrontVertex(), LongMuonFinder::ClearFrontVertex(), ClearHits(), LongMuonFinder::CountInPartiallyInstrumentedRegion(), HoughView::DrawChains(), HitView::DrawChains(), ChainView::DrawChains(), PrimaryShowerFinder::ExtractMuon(), LongMuonFinder::FindMuonChain(), Finder::FindMuons(), PrimaryShowerFinder::FindPrimaryShower(), Finder::FindVertex(), good_slope(), insert(), Finder::Make3DParticle(), PrimaryShowerFinder::MakeParticle3D(), LongMuonFinder::MakeParticle3D(), ChainHelper::print_finished(), PrintChain(), Reverse(), ChainHelper::split(), ChainHelper::SplitAt(), PrimaryShowerFinder::SplitHoughLine(), and ~Chain().

double Chain::weighted_t

Definition at line 34 of file Chain.h. Referenced by add_to_back(), ClearHits(), and insert().

std::vector<double> Chain::z

Definition at line 15 of file Chain.h. Referenced by add_to_back(), ChainHelper::AttachAt(), PrimaryShowerFinder::CheckChainQuality(), LongMuonFinder::CheckChainQuality(), PrimaryShowerFinder::ClearFrontVertex(), LongMuonFinder::ClearFrontVertex(), ClearHits(), LongMuonFinder::CountInPartiallyInstrumentedRegion(), HoughView::DrawChains(), HitView::DrawChains(), ChainView::DrawChains(), PrimaryShowerFinder::ExtractMuon(), Finder::FindMuons(), PrimaryShowerFinder::FindPrimaryShower(), Finder::FindVertex(), insert(), interpolate(), Finder::Make3DParticle(), PrimaryShowerFinder::MakeParticle3D(), LongMuonFinder::MakeParticle3D(), LongMuonFinder::MergeChainClusters(), ChainHelper::print_finished(), PrintChain(), Reverse(), ChainHelper::split(), ChainHelper::SplitAt(), PrimaryShowerFinder::SplitHoughLine(), and ~Chain().

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

• Chain.h
• Chain.cxx

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