Compounds | |
| class | AssociationManager |
| This class has been provided as an interim solution to the association problem. More... | |
| class | AtlfastProtoJet |
| AtlfastProtoJets are simple objects that inherit from the JetRec ProtoJet class. More... | |
| class | Cell |
| Represent 2D surface elements in eta-phi space of the Calorimeter. More... | |
| class | CellDescriptor |
| ID class to represent a unique identifier to individual cells. More... | |
| class | Cluster |
| This class represents a cluster of energy with a centroid at a given 3-vector position. More... | |
| class | EPileupDeposit |
| Represnts a simple energy deposit in a cell. More... | |
| class | EventHeader |
| Contains infomation on the whole Event, such as event shape variables and missing momentum. More... | |
| class | IKinematic |
| Kinematic interface for 4-vector like entities. More... | |
| class | ITrackParameters |
| Common interface for track parameters. More... | |
| class | Jet |
| Represents a Jet made from clusters. More... | |
| struct | ParticleCodes |
| List of particles pdg ID. More... | |
| class | Quartet |
| Adapted from STL pair class: holds four quantites instead of two. More... | |
| class | ReconstructedParticle |
| Represents the most simple particles such as Electron, Muon, Photon, etc. More... | |
| class | Track |
| Represents a track object. More... | |
| class | TrackParameters |
| Represents the parameters of a track. More... | |
| class | TrackTrajectory |
| Represents the trajectory of a track. More... | |
| class | TypedCollection |
| Provide a type for different instances of containers of the same object type. More... | |
| class | TypedCollectionFactory |
| Factory for making TypedCollections. More... | |
Typedefs | |
| typedef ObjectVector< Cell > | CellCollection |
| typedef CellCollection::iterator | CellIterator |
| typedef std::list< Cell * > | CellList |
| typedef CellList::iterator | CellListI |
| typedef CellList::const_iterator | CellListConstI |
| typedef std::vector< Cell * > | CellVector |
| typedef CellVector::iterator | CellVectorI |
| typedef CellVector::const_iterator | CellVectorConstI |
| typedef ObjectVector< Cluster > | ClusterCollection |
| typedef std::list< Cluster * > | ClusList |
| typedef std::list< Cluster * >::iterator | ClusListI |
| typedef std::list< Cluster * >::const_iterator | ClusListConstI |
| typedef ObjectVector< Jet > | JetCollection |
| typedef std::vector< const HepMC::GenParticle * > | MCparticleCollection |
| typedef std::vector< const HepMC::GenParticle * >::const_iterator | MCparticleCollectionCIter |
| typedef ObjectVector< ReconstructedParticle > | ReconstructedParticleCollection |
| typedef ObjectVector< Track > | TrackCollection |
| typedef std::list< Track * > | TrackList |
| typedef std::list< Track * >::iterator | TrackListI |
| typedef std::list< Track * >::const_iterator | TrackListConstI |
Functions | |
| MsgStream & | operator<< (MsgStream &s, const EventHeader &e) |
| MsgStream & | operator<< (MsgStream &s, const EventHeader *const e) |
| MsgStream & | operator<< (MsgStream &s, const IKinematic &r) |
| MsgStream & | operator<< (MsgStream &s, const IKinematic *const p) |
| MsgStream & | operator<< (MsgStream &s, const Track &t) |
| MsgStream & | operator<< (MsgStream &s, const Track *t) |
| ostream & | operator<< (ostream &s, const TrackTrajectory &traj) |
| MsgStream & | operator<< (MsgStream &s, const TrackTrajectory &traj) |
| MsgStream & | operator<< (MsgStream &, const ITrackParameters &) |
| MsgStream & | operator<< (MsgStream &, const ITrackParameters *) |
Authors: P.Clarke, J.Couchman, H.Phillips, P.Sherwood, R.Steward
Written: 27-July-2000 Revised: 27-November-2002
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Definition at line 30 of file CellCollection.h. |
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Definition at line 31 of file CellCollection.h. Referenced by Atlfast::Cluster::Cluster(). |
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Definition at line 32 of file CellCollection.h. |
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Definition at line 34 of file CellCollection.h. |
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Definition at line 33 of file CellCollection.h. |
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Definition at line 35 of file CellCollection.h. |
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Definition at line 37 of file CellCollection.h. |
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Definition at line 36 of file CellCollection.h. |
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Definition at line 18 of file ClusterCollection.h. |
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Definition at line 20 of file ClusterCollection.h. |
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Definition at line 19 of file ClusterCollection.h. |
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Definition at line 17 of file ClusterCollection.h. |
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Definition at line 17 of file JetCollection.h. |
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Definition at line 18 of file MCparticleCollection.h. |
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Definition at line 20 of file MCparticleCollection.h. |
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Definition at line 17 of file ReconstructedParticleCollection.h. |
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Definition at line 17 of file TrackCollection.h. |
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Definition at line 18 of file TrackCollection.h. |
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Definition at line 20 of file TrackCollection.h. |
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Definition at line 19 of file TrackCollection.h. |
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Definition at line 55 of file TrackTrajectory.cxx. References Atlfast::TrackParameters::cotTheta(), Atlfast::TrackTrajectory::curvature(), Atlfast::TrackParameters::eta(), Atlfast::TrackParameters::impactParameter(), Atlfast::TrackParameters::invPtCharge(), Atlfast::TrackTrajectory::parameters(), Atlfast::TrackParameters::phi(), Atlfast::TrackParameters::pT(), Atlfast::TrackTrajectory::radius(), Phi::val(), and Atlfast::TrackParameters::zPerigee().
00056 {
00057 TrackParameters param = traj.parameters();
00058
00059 s << "TrackTrajectory"<<endreq;
00060
00061 s<<setiosflags(ios::fixed);
00062 s<<setprecision(7);
00063 s<<setw(20);
00064
00065 s <<setw(20)<< param.pT()
00066 << " pT"<<endreq;
00067 s <<setw(20)<< param.eta()
00068 << " eta"<<endreq;
00069
00070 s << "----------------------------" << endreq;
00071
00072 s <<setw(20)<< param.impactParameter()
00073 << " d0"<<endreq;
00074 s <<setw(20)<< param.zPerigee()
00075 << " z0" << endreq;
00076 s <<setw(20)<< param.phi().val()
00077 << " phi" <<endreq;
00078 s <<setw(20)<<param.cotTheta()
00079 << " cot Theta" << endreq;
00080 s <<setw(20)<< param.invPtCharge()
00081 << " 1/(q.PT)" <<endreq;
00082 s << "----------------------------" << endreq;
00083 s <<setw(20)<< traj.radius()
00084 << " radius" <<endreq;
00085 s <<setw(20)<< traj.curvature()
00086 << " curvature" <<endreq<<endreq;
00087
00088 return s;
00089 }
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Definition at line 19 of file TrackTrajectory.cxx. References Atlfast::TrackParameters::cotTheta(), Atlfast::TrackTrajectory::curvature(), Atlfast::TrackParameters::eta(), Atlfast::TrackParameters::impactParameter(), Atlfast::TrackParameters::invPtCharge(), Atlfast::TrackTrajectory::parameters(), Atlfast::TrackParameters::phi(), Atlfast::TrackParameters::pT(), Atlfast::TrackTrajectory::radius(), Phi::val(), and Atlfast::TrackParameters::zPerigee().
00020 {
00021 TrackParameters param = traj.parameters();
00022
00023 s << "TrackTrajectory"<<endl;
00024
00025 s<<setiosflags(ios::fixed);
00026 s<<setprecision(7);
00027 s<<setw(20);
00028
00029 s <<setw(20)<< param.pT()
00030 << " pT"<<endl;
00031 s <<setw(20)<< param.eta()
00032 << " eta"<<endl;
00033
00034 s << "----------------------------" << endl;
00035
00036 s <<setw(20)<< param.impactParameter()
00037 << " d0"<<endl;
00038 s <<setw(20)<< param.zPerigee()
00039 << " z0" << endl;
00040 s <<setw(20)<< param.phi().val()
00041 << " phi" <<endl;
00042 s <<setw(20)<<param.cotTheta()
00043 << " cot Theta" << endl;
00044 s <<setw(20)<< param.invPtCharge()
00045 << " 1/(q.PT)" <<endl;
00046 s << "----------------------------" << endl;
00047 s <<setw(20)<< traj.radius()
00048 << " radius" <<endl;
00049 s <<setw(20)<< traj.curvature()
00050 << " curvature" <<endl<<endl;
00051
00052 return s;
00053 }
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Definition at line 90 of file Track.cxx.
00091 {
00092 return s << *t ;
00093 }
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Definition at line 24 of file Track.cxx. References Atlfast::TrackParameters::cotTheta(), Atlfast::TrackTrajectory::curvature(), Atlfast::TrackParameters::eta(), Atlfast::TrackParameters::impactParameter(), Atlfast::TrackParameters::invPtCharge(), Atlfast::TrackTrajectory::parameters(), Atlfast::Track::pdg_id(), Atlfast::TrackParameters::phi(), Atlfast::TrackParameters::pT(), Atlfast::TrackTrajectory::radius(), Atlfast::Track::smearMatrix(), Atlfast::Track::trajectory(), Atlfast::Track::truth(), Atlfast::Track::truthTrajectory(), Phi::val(), and Atlfast::TrackParameters::zPerigee().
00025 {
00026 if (t.truth()) {
00027 s << "Track created from particle " << t.pdg_id() << endreq << " with (px,py,pz) "
00028 <<t.truth()->momentum().px() <<" "
00029 <<t.truth()->momentum().py() <<" "
00030 <<t.truth()->momentum().pz() <<" "
00031 <<endreq<<endreq;
00032 }
00033 TrackTrajectory traj = t.trajectory();
00034 TrackParameters param = traj.parameters();
00035 TrackTrajectory truthTraj = t.truthTrajectory();
00036 TrackParameters truthParam = truthTraj.parameters();
00037
00038 s << " unsmeared Track smeared Track"<<endreq;
00039
00040 s<<setiosflags(ios::fixed);
00041 s<<setprecision(7);
00042 s<<setw(20);
00043
00044 s <<setw(20)<< truthParam.pT()
00045 <<setw(20)<< param.pT()
00046 << " pT"<<endreq;
00047 s <<setw(20)<< truthParam.eta()
00048 <<setw(20)<< param.eta()
00049 << " eta"<<endreq;
00050 s << "------------------ -------------------" << endreq;
00051
00052 s <<setw(20)<< truthParam.impactParameter()
00053 <<setw(20)<< param.impactParameter()
00054 << " d0"<<endreq;
00055 s <<setw(20)<< truthParam.zPerigee()
00056 <<setw(20)<< param.zPerigee()
00057 << " z0" << endreq;
00058 s <<setw(20)<< truthParam.phi().val()
00059 <<setw(20)<< param.phi().val()
00060 << " phi" <<endreq;
00061 s <<setw(20)<< truthParam.cotTheta()
00062 <<setw(20)<<param.cotTheta()
00063 << " cot Theta" << endreq;
00064 s <<setw(20)<< truthParam.invPtCharge()
00065 <<setw(20)<< param.invPtCharge()
00066 << " 1/(q.PT)" <<endreq;
00067 s << "------------------- -------------------" << endreq;
00068 s <<setw(20)<< truthTraj.radius()
00069 <<setw(20)<< traj.radius()
00070 << " radius" <<endreq;
00071 s <<setw(20)<< truthTraj.curvature()
00072 <<setw(20)<< traj.curvature()
00073 << " curvature" <<endreq<<endreq;
00074
00075 s << "Matrix used"<<endreq ;
00076 s << setiosflags(2048);
00077 for (int a = 1; a<6; a++)
00078 {
00079 for (int b=1; b<6; b++)
00080 {
00081 s <<setw(10)<< t.smearMatrix() (a,b);
00082 }
00083 s <<endreq;
00084 }
00085
00086
00087 return s ;
00088 }
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Definition at line 16 of file IKinematic.cxx.
00016 {
00017 s << *p;
00018 return s ;
00019 }
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Definition at line 8 of file IKinematic.cxx. References Atlfast::IKinematic::eT(), Atlfast::IKinematic::eta(), Atlfast::IKinematic::momentum(), and Atlfast::IKinematic::phi().
00008 {
00009 s << " /E= " << r.momentum().e()
00010 << " /eT = " << r.eT()
00011 << " /eta= " << r.eta()
00012 << " /phi= " << r.phi()<<endreq;
00013 return s ;
00014 }
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Definition at line 31 of file EventHeader.cxx.
00031 {
00032 s<<*e;
00033 return s;
00034 }
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Definition at line 10 of file EventHeader.cxx. References Atlfast::EventHeader::eventCircularity(), Atlfast::EventHeader::jetCircularity(), Atlfast::EventHeader::nBJets(), Atlfast::EventHeader::nCJets(), Atlfast::EventHeader::nElectrons(), Atlfast::EventHeader::nIsolatedMuons(), Atlfast::EventHeader::nJets(), Atlfast::EventHeader::nMuons(), Atlfast::EventHeader::nNonIsolatedMuons(), Atlfast::EventHeader::nPhotons(), Atlfast::EventHeader::nTauJets(), Atlfast::EventHeader::oblateness(), Atlfast::EventHeader::pEscaped(), Atlfast::EventHeader::pMiss(), and Atlfast::EventHeader::thrust().
00010 {
00011 s
00012 << "nElectrons: "<< e.nElectrons() <<"\n"
00013 << "nIsolatedMuons: "<< e.nIsolatedMuons() <<"\n"
00014 << "nMuons: "<< e.nMuons() <<"\n"
00015 << "nNonIsolatedMuons: "<< e.nNonIsolatedMuons() <<"\n"
00016 << "nPhotons: "<< e.nPhotons() <<"\n"
00017 << "nJets: "<< e.nJets() <<"\n"
00018 << "nBJets: "<< e.nBJets() <<"\n"
00019 << "nCJets: "<< e.nCJets() <<"\n"
00020 << "nTauJets: "<< e.nTauJets() <<"\n"
00021 << "jetCircularity: "<< e.jetCircularity() <<"\n"
00022 << "eventCircularity: "<< e.eventCircularity() <<"\n"
00023 << "thrust: "<< e.thrust() <<"\n"
00024 << "oblateness: "<< e.oblateness() <<"\n"
00025 << "pMiss: "<< e.pMiss() <<"\n"
00026 << "pEscaped: "<< e.pEscaped() <<" "
00027 ;
00028 return s;
00029 }
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1.3-rc1