Time Table

Tutorial Overview (pptx, pdf)

- Tutorial structure

Geant4 Overview and Kernel (pptx, pdf)

- Introduction
- Kernel structure (run/event/track/step/etc, tracking)
- User support

Programming Guide for Geant4 users (pptx, pdf)

- G4-types
- CLHEP staffs (units, vector, rotation matrix, random number generation)
- C++ features in Geant4

How to build/run user applications (pptx, pdf)

- Mandatory user classes
- User actions
- How to write main()
- How to configure/build user applications
- How to run user applications
- UI commands and macro
- How to visualize

Material and Geometry I (ppt, pdf)

- Material definition
- NIST materials DB
- G4VUserDetectorConstruction class
- Geometry definition
- Solid, logical volume, physical volume (placement), world volume
- Geoetry collision detection

Particles and Physics Processes (pptx, pdf)

- Particles
- Processes
- Range cuts
- User limits

Geant4 Physics (EM / Hadron) (ppt, pdf)

- Standard EM processes
- LowE EM processes
- Hadron processes (model structure)
- Neutron physics
- Ion Physics
- Radioactive decay
- Optical photons
- Decays
- Physics validation

Physics List (ppt, pdf)

- G4VUserPhysicsList class
- How to define physics list
- Modular physics list
- Packaged physics lists

Primary Particle (pptx, pdf)

- G4VPrimaryGeneratorAction class
- Particle gun
- General particle source

Geometry II (pptx, pdf)

- Parameterization
- Replica, division
- Assembly, reflection
- Region, cuts per region
- Magnetic fields

UI Command and Messenger (pptx, pdf)

- Messenger classes
- Defining user commands

Sensitive Detector and Hits (pptx, pdf)

- Sensitive detector
- Hits and hit collection
- How to descrive detector sensitivity

Histograming and Analysis using ROOT (pptx, pdf)

- ROOT programming
- ROOT histogramming
- How to use ROOT