Accessor class for additional TrTrack info. More...
#include <Containers/TrTrack.h>
Inheritance diagram for NAIA::TrTrackPlus:
Public Member Functions | |
| TrTrackPlus () | |
 Public Member Functions inherited from NAIA::OnDemandContainer< TrTrackPlus > | |
| OnDemandContainer ()=default | |
| void | LoadEvent () |
Wrapper to call GetEntry on the underlying TBranch. More... | |
| void | SetTreeEntry (unsigned long long treeEntry) |
| Set the TTree entry number. More... | |
| void | Branch (TTree *tree) |
| Create the TBranch associated with this container. More... | |
| void | MirrorBranch (TTree *targetTree, const TrTrackPlus *sourceContainer) |
| Create a TBranch associated with this container mirroring from an existing container. More... | |
| void | SetBranchAddress (TTree *tree) |
| Setup reading of the data container. More... | |
| void | DisableIO () const |
| Disables I/O for this container. It won't be written on disk and trying to read it will cause an exception. More... | |
| TrTrackPlus * | operator-> () |
| Access operator. Use this to access container data More... | |
| Public Member Functions inherited from NAIA::TrTrackPlusData | |
| void | Clear () |
| Clear container content. More... | |
| void | Dump () const |
| Dump on screen container content. More... | |
Static Public Attributes | |
| static const std::string | BranchName = "TrTrackPlusData" |
Additional Inherited Members | |
| Public Attributes inherited from NAIA::TrTrackPlusData | |
| LayerVariable< float > | TrackFeetDistance |
| Track distance to the inner tracker supporting feet for each layer. More... | |
| TrackFitVariable< float > | Theta |
| theta of track direction in AMS coordinate system, for each available fit and span. See TrTrack::Fit and TrTrack::Span for available fits and spans. More... | |
| TrackFitVariable< float > | Phi |
| phi of track direction in AMS coordinate system, for each available fit and span. See TrTrack::Fit and TrTrack::Span for available fits and spans. More... | |
| TrackFitVariable< float > | RigidityTOI |
| Track rigidity at Top-Of-Instrument, for both downward and upward going partitcles, for each available fit and span (only available for Kalman fit). See TrTrack::Fit and TrTrack::Span for available fits and spans. More... | |
| TrackFitVariable< float > | RigidityRICH |
| Track rigidity at RICH for each available fit and span (only available for Kalman fit). See TrTrack::Fit and TrTrack::Span for available fits and spans. More... | |
| TrackFitVariable< float > | InvRigErr |
| Error on the deflection ( = 1 / rigidity) estimation, for each available fit and span. See TrTrack::Fit and TrTrack::Span for available fits and spans. More... | |
| LayerVariable< TrackFitVariable< TrackSideVariable< float > > > | TrTrackResidual |
| Track X and Y residuals in each layer for each available fit and span. See TrTrack::Fit and TrTrack::Span for available fits and spans. More... | |
| LayerVariable< TrackFitOnlyVariable< TrackSideVariable< float > > > | PartialTrTrackResidual |
| Track X and Y residuals obtained from a fit where the hit on an a given layer 'i' is not considered. See TrTrack::Fit for available fits. More... | |
| LayerVariable< TrackFitOnlyVariable< float > > | PartialRigidity |
| Rigidity obtained from a fit where the hit on an a given layer 'i' is not considered. See TrTrack::Fit for available fits. More... | |
| LayerVariable< TrackFitOnlyVariable< float > > | PartialInvRigErr |
| Inverse rigidity error obtained from a fit where a given layer 'i' was excluded. See TrTrack::Fit for available fits. More... | |
| LayerVariable< TrackFitOnlyVariable< TrackSideVariable< float > > > | PartialTrChiSq |
| Normalized chi-square obtained from a fit where a given layer 'i' was excluded. See TrTrack::Fit for available fits. More... | |
| LayerVariable< TrackFitOnlyVariable< TrackSideVariable< float > > > | PartialTrTrackFitPos |
| Track X and Y position obtained from a fit where a given layer 'i' was excluded. See TrTrack::Fit for available fits. More... | |
| TrackChargeVariable< float > | UnbiasedCharge |
| "Unbiased" tracker charge for each charge reconstruction. It is a simple truncated mean between the hits with the highest charge on each layer. More... | |
| LayerVariable< TrackSideVariable< float > > | LayerEdep |
| Track hit (X and Y-side) energy deposition for each layer. More... | |
| LayerVariable< TrackDistanceVariable< TrackSideVariable< unsigned int > > > | NClusters |
| Total number of tracker clusters for each layer, within a given distance from the track, for each side. More... | |
| LayerVariable< TrackDistanceVariable< TrackSideVariable< float > > > | ClustersEdep |
| Total energy deposition of tracker clusters for each layer, within a given distance from the track, for each side. More... | |
| LayerVariable< TrackSideVariable< float > > | MaxClusterEdep |
| Max cluster energy deposit for each layer, for each side. More... | |
| LayerVariable< TrackSideVariable< float > > | MaxClusterDistance |
| Distance from the track of the cluster with the highest energy deposition for each layer, for each side. More... | |
| LayerVariable< float > | ClusterSignalRatio |
| Ratio between cluster amplitude and its neighbouring 10 strips, for each layer. More... | |
| LayerVariable< TrackChargeVariable< TrackSideVariable< float > > > | LayerCharge |
| Track hit charge (X and Y-side) for each layer, for each charge reconstruction. See TrTrack::ChargeRecoType for available reconstructions. More... | |
| std::array< float, 2 > | DirectionalStoermerCutoff {0.0f, 0.0f} |
| Stoermer cutoff estimated by the TrdK track direction (for both negative and positive particles) More... | |
| const TrTrackBaseData * | trkBase = nullptr |
Detailed Description
Accessor class for additional TrTrack info.
Wrapper implementing read-on-demand behavior for TrTrack data.
Constructor & Destructor Documentation
◆ TrTrackPlus()
Member Data Documentation
◆ BranchName
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static |
The documentation for this class was generated from the following files:
- /builds/ams-italy/naia/include/Containers/TrTrack.h
- /builds/ams-italy/naia/src/Containers/TrTrack.cpp
