Archives de catégorie : 2017

C++ Basic level of C++ programming language is required. For those who need a revision (which can be useful also for other applications than GEANT4), you can use for example the courses for M1 given by Ivana Hrivnacova: http://ipnweb.in2p3.fr/cours-ne-data-processing For … Continuer la lecture →

Session 1: Introduction, Kernel Exercise Session 2: Geometry & User Interface Exercise Session 3: Primary Particles & Visualization Exercise Session 4: Physics Exercise Session 5: Scoring Exercise Session 6: Analysis & More on Kernel, Visualization, User Interface Exercise Session 7: … Continuer la lecture →

Ecole Geant4 de l’IN2P3 et PHENIICS  Orsay, building 203 (LAL) The 2017 tutorial is supported and organised by CNRS and The Doctoral School PHENIICS, see the tutorial Web sites: http://www.in2p3.fr/actions/formation/GEANT4_17/GEANT4_17.html https://www.universite-paris-saclay.fr/sites/default/files/edgeant4.pdf. Lecturers Ivana Hrivnacova  (IPN Orsay, Universite de Paris-Sud, IN2P3-CNRS) … Continuer la lecture →

Code for download: session10_start.tar.gz Start code: session9_start with updated geometry with addition of a shield made of concrete. Introduction: The exercise shows one usage of the biasing classes. We have a shield, made of concrete, which is inserted between the … Continuer la lecture →

Biasing Presentations Event Biasing ( slides ) Principles, Available functionalities in Geant4, (future ones) Closing Session Exercise Shielding

Code for download: session9_start.tar.gz Start code: session8_start with updated geometry, more collections for the calorimeter, and added ScreenSD. Bounds for calorimeter histogram have been changed also. Prints for hit have been removed, in order to run statistics without being annoyed … Continuer la lecture →

More on Physics, Geometry Persistency Presentations More on Physics – part 2 ( slides ) Hadronic physics Overview, Elastic process, Precompound/de-exitation models, Cascade models, Parameterized models Neutron physics, Ion physics, Radioactive decay String models, CHIPS / electro-nuclear models, Capture / … Continuer la lecture →

Code for download: session8_start.tar.gz Exercise 8a: Rotate Tube volume so that the tube symmetry axis is parallel with y-axis of the world reference frame. Complete the EDMagneticField class to define a magnetic field with B=1.0*tesla in the y-direction and which … Continuer la lecture →

More on Geometry, Physics Presentations More on Geometry 1 ( slides ) Magnetic field More on Geometry 2 ( slides ) Repeated placements (parameterised volume, replicas and divisions, nested parameterisation), Special techniques of placements (Assembly volume, Reflected volume), Debugging geometries … Continuer la lecture →

Code for download: session7_start.tar.gz Exercise 7a: Migrate the exampleED application to MT. After each step rebuild the program. You can also try to run and observe the behaviour (breaks) after each step and understand how the next step fixes the … Continuer la lecture →