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Enhancing Developer Support for G4 Physics Lists and Multi-Choice Applications

The current G4 Physics Lists lack adequate developer support, presenting challenges in application creation. To empower users in effectively utilizing released physics processes, it is essential to provide concrete examples and clarity on general rules, such as Particle Revolution. Additionally, we need a well-structured Multiple Choice Tree encompassing various physics blocks (e.g., EM, ions, gamma-A, stopping, elastic, inelastic) and their interrelations. Addressing these gaps will enhance usability and foster better engagement with physics simulations.

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Enhancing Developer Support for G4 Physics Lists and Multi-Choice Applications

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  1. Multiple Choice Tree in Physics Lists • G4 Physics Lists as distributed today have not appropriate developer support, while to create an application users need: • examples how to properly use released physics processes • examples how to follow general rules (Particle Revolution) • blocks of physics (e.g. a Multiple Choice Tree: EM, ions, gamma-A, stopping, elastic, inelactic etc.) 0 1 2 3 4 5 (E-overlap) EM Ions gammaA Stopping Elastic Inelastic 20 21 40 42 00 01 55 41 HP 10 GHAD CHIPS LElastic CHIPS LE ST 31 52 54 11 g,e, m,t 30 32 53 50 GHAD CHIPS HP LHEP QGSC Binari CHIPS 000 001 51 300 301 LHEP Berini Binary FTFP Penelope Livermor G4Pi G4Pion M.Kosov. Multiple choice in Phys.Lists

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