geant4

• Geant4 Release Notes
  • Schedule
  • 4.9.2
  • 4.9.3
  • 4.9.4
  • 4.9.5
  • 4.9.6
• Geant4 GPU
  • Geant4 Particle Transportation on GPU
  • Status of the GPU Simulation prototype
  • GPU computing in medical physics: A review
• Geant4 Profiling
  • callgrind (too slow for G4 usage probably)
  • Geant4 Computing Performance Task Force (G4CP Task Force)
    • Talk: Geant4 Performance Monitoring
• Geant4 Release Notes
  • Schedule
  • 4.9.2
  • 4.9.3
  • 4.9.4
  • 4.9.5
  • 4.9.6
• Verbosity
  • 10k lines of G4ParticleDefinition
  • GiGa/G4RunManager verbosity control
  • DetSim GiGa usage
  • From python control
  • Debug
• Geant4 Documentation
• GiGa
  • ipython GiGa/Gauss introspection
  • GiGaEventActionCommand
  • GiGaRunActionCommand
  • breakpoints
• Geant4 API
  • G4EventManager Overview
  • Optional User Actions
  • G4EventManager::DoProcessing
  • G4UserEventAction
  • G4UserStackingAction
    • ClassifyNewTrack()
    • NewStage()
    • PrepareNewEvent()
    • Examples DsFastMuonStackAction, DsOpStackAction, ExampleN04
  • G4UserTrackingAction
  • G4UserSteppingAction
  • G4SDManager
    • ProcessHits
    • Registering hits on sensitive detectors
• Geant4 Optical Photon
  • Production of OP (/processes/electromagnetic/xrays)
  • Propagation of OP (/processes/optical)
  • Hypernews on opticalphotons
    • Min step size for optical photons
  • Geant4 OP processes
    • g4optical/include/G4OpProcessSubType.hh
  • G4OpBoundaryProcess.hh patch
  • DayaBay DetSim specializations
    • env:source:dybgaudi/trunk/Simulation/DetSim/src/DsG4OpBoundaryProcess.h
    • env:source:dybgaudi/trunk/Simulation/DetSim/src/DsG4OpBoundaryProcess.cc
    • env:source:dybgaudi/trunk/Simulation/DetSim/src/DsG4OpRayleigh.h
    • env:source:dybgaudi/trunk/Simulation/DetSim/src/DsG4OpRayleigh.cc
• Geant4 Processes
  • Modelling Processes
  • Tracking of Photons in processes/optical
    • Absorption
      • ABSLENGTH
      • G4OpAbsorption::PostStepDoIt
      • G4OpAbsorption::GetMeanFreePath
      • G4VDiscreteProcess::PostStepGetPhysicalInteractionLength
      • G4VProcess::PostStepGPIL
      • G4VDiscreteProcess::PostStepGetPhysicalInteractionLength
      • processes/management/include/G4VProcess.hh
    • Rayleigh Scattering
  • G4SteppingManager::GetProcessNumber
  • How are the relevant processes determined ?
  • What distribution is used for OP times, energy
    • DsPmtSensDet::ProcessHits
    • Where do the times come from ?
    • G4Transportation::AlongStepDoIt
    • G4SteppingManager::DefinePhysicalStepLength
  • G4SteppingManager::DefinePhysicalStepLength
    • Only 6 processes ?
    • 2.4.4. Interaction with Physics Processes
• Medical Communities Using Geant4 (esp. optical photon)
  • Open GATE
• Geant4 Geometry Export
  • Overview
    • Objective
    • Requirements
    • Subfolder purposes
    • Geometry Representations
    • Commercial Converters
  • Introduction Resources
    • Solid LV PV
    • Geometrical Hierarchy
    • Touchables
  • VRML2
    • VRML2FILE Geometry Export
      • TODO
      • GiGa python export
        • G4VRML2FileViewer::SendViewParameters
        • G4VRML2FileViewer::DrawView
      • export settings
        • visualization/management/src/G4VisManager.cc
      • where is the export steered from
      • export warnings
        • vis recursion
      • export output
        • booleanprocessor
        • scene scaling
      • examine the g4_00.wrl comments
      • Writing polyhedron primitives
      • vrml2file driver
        • source/visualization/VRML/include/G4VRML2FileSceneHandler.hh
    • VRML2 File Format
      • VRML2 IndexFaceSet
        • meaning of solid FALSE
      • VRML2 .wrl inspection
    • Rebuild Geant4 VRML2FILE Visualisation lib
      • Geant4 Patch to see which solids give trouble
      • Annotated Traverse
    • Explore ShapeDB
      • Overview
      • Create Geometry DB from .wrl
      • Open Geometry DB
      • Find the big volumes
      • Ordering by decreasing extent in x
      • shape counting
      • shape join xshape
      • xshape
        • ranging the cetroids
        • primitive binning
      • point
        • Primitive histogramming the 1.2M entries
      • xshape
    • instant reality player
      • References
      • Navigation Tips
      • Primitive Web Interface
      • EAI java Interface
      • Navigation
      • Keyboard Mapping
    • Fully Overlapping volumes, due to imprecise export
      • executive summary
      • G4Point3D streaming
      • Probable Fix
      • distinct volume count discrepancy
      • confirmation of shape overlapping
      • check detdesc source xml
        • correlate extents of exported shapes with expectations
        • initial hypothesis
        • Look for others with those names
      • Scene Attribute edits via web interface
      • Volume selection with the dupes and context volumes
        • highlight the dupes
        • first degenerate pair
    • VRML2FILE export debugging
      • TODO
      • Observations Summary
      • Examining raw export log with pv dumping
        • Ordering Check
        • parse the log
      • exportdbg.txt
      • Noisy 15
        • Skip the big 3 + lowZ 2
        • 4539 subtraction tubs with holes
        • 4550 + 4565 are cables
        • scene for the noisy ones
        • noisy 15 with 4550 highlighted
        • 4550 detdesc
        • 4550 at the point level
      • Viscinity
    • Polyhedron
      • Relation Between Vertices, Edges and Faces
      • VRML2FILE Polyhedron Export
    • VRML2FILE implementation
      • Observations
      • Visualization Steering
        • stacktrace from draw command to graphics primitives
        • Traversing scene data
        • runDurationModelList
      • G4PhysicalVolumeModel
      • DescribeYourselfTo
      • GetPolyhedron
      • CreateSurfaces
      • CreatePolyhedron
  • xdae
    • XDAE
      • pycollada check
  • xdaefile
    • XDAEFILE
      • Compare Original with DAE WRL output
        • SOLID names
        • 208 z-shifts of +0.1 mm
        • 26 Solids with +Z 0.1 mm shifts
  • GDML
    • GDML
      • Overviews
      • Extensions
      • Geant4 GDML
        • Module Examples
        • Module Sources
      • Building GDML module in Geant4
      • Schema Highlights
    • GDML Approaches Explored
    • Export GDML
      • GDML is switched off in NuWa
      • Geant4 level manual GDML build
      • Subsequent Geant4Py build misses libG4persistency
      • GDML Manual Install lib and includes
      • GDML via GiGa
      • Perform Export creating 3.2M file
      • Cursory Look
        • Obnoxious uniqing
      • Annoying physvol name truncation + uniqing
      • Rebuild GDML with simple fix
      • Confirm the fix
    • GDML Examination
      • TODO
      • physvol
      • VRML2 GDML mismatch ?
      • Maybe the AD split happedns here
        • Pick a volume to see whats going down in the GDML
        • Compare VRML2 shape names with physvol names
      • volume names
    • GDML from ROOT
      • Not enabled by default
      • rebuild root
      • test GDML load into ROOT
      • ROOT GL Viewer
      • ROOT GDML DOCS
    • GDML from Geant4Py
    • GDML Export Implementation
  • Geant4 Collada Export
    • Collada Exporter
      • About Collada
      • Geant4 docs
      • How to implement ?
      • Triangulate the output geometry ?
      • Collada Double Sided Faces
        • Sketchup DAE exporter
      • XML format
      • CADMesh : From CAD files into Geant4 G4TessellatedSolid
    • XMLDAE
  • Geant4 Geometry Others
    • Other Geant4 Geometry Approaches
      • STEP
      • Geometry Source
      • HepRep
      • Geant4 VMC
      • InSTEP
    • DetDesc Creation of Geometry
      • DetDesc Geometry Dumping
    • Geant4 CAD interface
      • Importing CAD models as tesselated solids
      • STEP export from Geant4 ?
      • G4tgb
      • FreeCAD
      • ESA uses restrictive licences
      • CADMesh
      • Meshlab
      • VCGLIB
      • salome
    • Geant4 Geometry and Visualization
      • Drivers
      • DAVID
      • OpenGL
• g4py
  • Geant4Py
    • Executive Summary
    • Sources/Examples
    • g4py configure has issues
    • Install on N
      • Build needs geant4 global libs
      • Wrong boost_python
      • On C
      • Finally
      • But still issue on C
    • FUNCTIONS