Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 12]
  JAMMA | |
   Eigenvalue | |
| marlin | === AbsCalibr ==== <br> Processor makes: |
 SatoruJetFinderProcessor | A universal jetfinder module developed by Satoru Yamashita |
| AbsCalibr | |
| Calibration | |
| CCDDigitizer | |
| CheckPlots | This processor provides check plots |
| ClusterCheater5_3 | === Cluster Cheater 5_3 === This processor constructs true clusters |
| ClusterParams | Allows to use VXDClusterParameters as runtime extension object |
| CoreCalib2 | Container for holding the numbers needed for energy estimation |
| CoreCut2 | Container for keeping the parameters of the core fineder together |
| DigiHitExtended | |
| ECALHitWithAttributes | |
| EMShowerFinder | Initial version of a processor to find electro-magnetic showers |
| Fox | Processor calculates Fox-Wolfram moments |
| ILDCaloDigi | === ILDCaloDigi Processor === Simple calorimeter digitizer Processor |
| IonisationPoint | |
| isPartOfEMShowerCandidate | |
| KIT | Example processor for marlin |
| LDCCaloDigi | === LDCCaloDigi Processor === Simple calorimeter digitizer Processor |
| MokkaCaloDigi | |
| MyG4UniversalFluctuationForSi | |
| MyHit | === MokkaCaloDigi Processor === Calorimeter digitizer Processor for LCIO files produced by Mokka |
| NewLDCCaloDigi | === NewLDCCaloDigi Processor === Simple calorimeter digitizer Processor |
| NNClusterProcessor | Example processor that does a simple nearest neighbour (NN) clustering on one or more CalorimeterHit collections |
| Photon2 | |
| PROTSEED2 | Container for storing the EM shower core candidates |
| SatoruJetsArray | |
| SatoruPartonArray | |
| ScintillatorPpdDigi | |
| SelectReconstructedParticle | Processor for marlin selecting reconstructed particle for further use |
| SignalPoint | |
| SimpleCaloDigi | === SimpleCaloDigi Processor === Simple calorimeter digitizer Processor |
| SimpleFCalDigi | === SimpleFCalDigi Processor === Simple calorimeter digitizer for the LCal Processor |
| SimpleMuonDigi | === SimpleMuonDigi Processor === Simple calorimeter digitizer for the muon detectors |
| Sphere | Processor that calculates sphericity,aplanarity, C and D event parametres for detail explanation look documentation |
| Superhit2 | Basic hit class for reconstruction, contains the calorimeter hit plus additional parameters |
| ThrustReconstruction | Thrust processor for marlin |
| Tmpcl2 | Basic cluster class for reconstruction |
| TPCDigiProcessor | ====== TPCDigiProcessor ====== |
| Voxel_tpc | |
| VTXBgClusters | ======= VTXBgClusters ========== Add Cluster parameters to VXD hits, according to projection of path length into the ladder.. |
| VTXDigiProcessor | ======= VTXDigiProcessor ========== Produces SIT & VTX TrackerHit collection from SimTrackerHit collections |
| VTXDigitizer | Digitizer for Simulated Hits in the Vertex Detector |
| VTXNoiseClusters | ======= VTXNoiseClusters ========== Adds random noise hits to collection of SimTrackerHits of the vertex detector |
| VTXNoiseHits | ======= VTXNoiseHits ========== Adds random noise hits to collection of TrackerHits of the vertex detector |
| VXDClusterParameters | ======= VXDClusterParameters ========== Holds cluster parameters for a VXD hit - to be attached at runtime to the SimTrackerHit |
| VXDGeometry | ======= VXDGeometry ========== Helper class for VXD geomtry transformations: from lab frame to ladder frame coordinates and inverse |
| VXDLadder | Helper struct for VXD ladder geometry |
| VXDLayer | Helper struct for VXD layer geometry |
