DaVinci

User Guide

  • DaVinci Configuration
  • Tupling with FunTuple
  • Running DaVinci
  • Developing DaVinci
  • Documenting DaVinci
  • Studying HLT efficiencies, rates and overlaps

Examples & Tutorials

  • DaVinci Tutorials
  • DaVinci Examples
    • Tupling
    • Printing Decay Trees
    • V2 Composites

API Reference

  • DaVinci
  • FunTuple
  • Options YAML
  • PyConf
DaVinci
  • DaVinci Examples
  • Edit on GitLab

DaVinci Examples

For running the examples, follow the instructions at Running DaVinci. For running most of the example, use a bash shell loaded with the DaVinci environment.

  • Tupling
    • All Functors in DaVinci
    • All Functors in DaVinci
    • DecayTreeFitter on filtered selection
    • DecayTreeFitter in DaVinci
    • Advanced DaVinci Job on MC
    • Basic DaVinci Job
    • Basic DaVinci Job on MC
    • Reconstructible and reconstructed candidates with DaVinciMCTools
    • Use configured_FunTuple
    • DecayTreeFitter with PV constraints
    • DecayTreeFitter with SubstitutePID
    • FunTuple event-by-event
    • FunTuple event-by-event primary b- and c-hadrons and their descendants
    • Tagging Information in DaVinci
    • Store Event Information
    • Functor Collections
    • Tupling from HLT2
    • Matching example on data
    • Tupling from Hlt2 packed reco objects
    • Tupling from raw data
    • Tupling from Spruce data
    • Tupling from Spruce data output
    • Tupling from Spruce MC
    • Running on spruced turbo output
    • Particle refitting on data
    • Run on XGEN files
    • Usage of RelationTable algorithm for SLB isolation MVA
    • Tupling jet info from Spruce data output
    • Relation Tables and Isolation Variables
    • Isolation variables from persisted Relation Tables using the FunctorsToRelTable algorithm
    • Isolation variables from persisted extra particles using the FunctorsToRelTable algorithm
    • Re-using particles from a decay tree
    • Substitute PID
    • Hlt1 and Hlt2 TISTOS Information
    • TISTOS advanced
    • MC Truth of unreconstructed particles
    • Storing Trigger Decisions
  • Printing Decay Trees
  • V2 Composites
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