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Emulsion Software notes
  • Personal notes
  • FairShip
    • FairShip installation
    • Software stack test build
    • FairShip geometry
    • FairShip simulation
    • Efficiency of tau neutrino detection
    • Geant4 interface
    • Display tricks
  • SHiP at ECN3
    • Neutrino yield
    • Muon flux
    • Geometry re-implementation
    • Environment
  • SND@LHC
    • Introduction to sndsw
    • Sndsw geometry
    • Simulation Instructions
    • MuonDIS simulation
    • Access simulation output
    • FEDRA reconstruction and csv conversion
    • Reference RUN1 plate 6
    • Local reconstruction in cells
    • Lab operations
  • LASSO
    • Scanning and processing
    • Microscope corrections
    • Calibration
    • Add-ons
  • FEDRA
    • FEDRA software
    • Raw data format
    • Basic workflow
    • Data quality plots
    • Frequently used objects
    • Momentum measurement
    • Vertexing basics
    • Alignment tests
    • Volume-track efficiency
  • Other software
    • FLUKA
    • ELOG
    • Git
    • HTCondor
    • ROOT stuff
    • Openstack
    • Useful code structures
    • 😀Linux useful commands
    • Anaconda
    • Latex tricks
    • DCS
    • PDF annotations
    • ROOT2CAD Conversion
  • SHiPcharm Decay Search
    • Passing simulation to FEDRA
    • Reconstruction used values
    • Proton beam
    • Vtx Identification
    • BDT
    • Analysis of proton interactions and vz fit
    • Decay search
    • Post decay search operations
    • Selections for Matching with Pixel from Christopher Betancourt
  • DESY19 configuration
    • Simulation for DESY19 testbeam
    • Conversion to FEDRA and track reconstruction
    • Shower reconstruction
    • Preparing dataset for ML studies
  • Software installation
    • FEDRA
    • PulseUI
    • Software branches and versions
  • List of mistakes
  • FOOT
    • Introduction
    • Tracking in FOOT sections
    • Vertexing improvement
  • Experimental /Temporary
    • SNDSW neutrino studies
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