Purpose
The Advanced Examples illustrate realistic applications of GEANT4 in typical experimental environments. They are developed in collaboration with user groups expert in the corresponding experimental domain. The code of the developed examples can be dowloaded together with the Geant4 toolkit in the directory geant4/examples/advanced.
Members (census 2018)
- Susanna Guatelli(University of Wollongong, Australia) WG Coordinator
- Francesco Romano (NPL, Teddington, United Kingdom) WG Deputy Coordinator
- Barbara Caccia (ISS, Rome, Italy)
- Pablo Cirrone (INFN-LNS, Catania, Italy)
- Gabriele Cosmo (CERN, Switzerland)
- Giacomo Cuttone (INFN/LNS, Catania, Italy)
- Sebastien Incerti (CNRS/IN2P3/CENBG, France)
- Francesco Longo (INFN-Ts, Trieste, Italy)
- Luciano Pandola (INFN-LNS, Catania, Italy)
- Ivan Petrovic (Vinca Institute, Belgrad, Serbia)
- Maria Grazia Pia (INFN-Ge, Genova, Italy)
- Alexandra Ristic-Fira (Vinca Institute, Belgrad, Serbia)
- Giorgio Russo (CNR-Lato, Cefalù, Italy)
- Bernardo Tomè (LIP, Portugal)
Examples List and responsibles
| Example name | Responsible Developer |
| air_shower | B. Tomè |
| ams_Ecal | M. Maire |
| brachytherapy | S.Guatelli |
| ChargeExchangeMC | A.Radkov |
| composite_calorimeter | A.Ribon |
| eRosita | M.G.Pia,D. Schlosser G. Weidenspointner |
| gammaknife | F.Romano |
| gammaray_telescope | F.Longo |
| hadrontherapy | G.A.P.Cirrone |
| human_phantom | S. Guatelli |
| iort_therapy | G. Russo |
| lAr_Calorimeter | A. Dotti |
| medical_linac | B.Caccia and G.A.P.Cirrone |
| microbeam | S.Incerti |
| microelectronics | M. Raine |
| nanobeam | S.Incerti |
| purging_magnet | J.Apostolakis |
| radioprotection | S.Guatelli |
| underground_physics | A.Howard |
| xray_fluerescence | A.Mantero |
| xray_telescope | G.Santin |
Working plans
Working Plan for 2018
- Mainteinance and bux fix (1,2)
- Introduction of some C++11 specific features/utilities in the examples (2)
- Migration of medical_linac to parallel geometry (1)
- Code review (e.g. implementation of the extended examples coding guidelines) in selected examples (1,2)
- Developments of alternative approaches for LET calculation in hadrontherapy (2) [*]
- Revision of analysis, geometry and validation scripts for hadrontherapy (1,2)
[*] Optional, and subject to the availability of manpower
Older workplans are here.
External pages
A more detailed activity of this working group and more information on the examples can be accessed from the link:
You can also visit the following pages :