CT-PPS Timing detectors G4 simulation

This repository holds the Geant4 simulation code for timing detectors in the CT-PPS project.

The directory structure is defined as following :

• detectors holding all sub-detectors' geometry, sensitive detectors, event definition, ...
• beampockets holding the beam pockets geometries (roman pots and moveable beam pipes)
• sw containing the core of the simulation (primary generator, run action, ...)
• test with a serie of useful examples for a successful run

Building the software

To build the source after cloning this repository, you need to create a new folder (let's call it build), enter it and run cmake [path_to_the_sources], then make (warning as from now, the multi-threads compilation is not working properly for some obscure dependencies issue in the ROOT dictionary generation for analysis...)

A Doxygen documentation can also be generated for software developers. To do so, type make doc in your build directory, then go to the doc subfolder generated here and type make to generate the refman.pdf file.

Running example(s)

Once the software is properly built, the ppsSim executable should appear in your build directory. A minimal working example can be found in the test/ directory. For instance, one can generate 10 protons with a 100 GeV energy with :

ppsSim test/run1.mac

which will produce an output file named (by default) events.root. One can then start analyzing its content. For instance, try running

root -l "test/example.C(\"events.root\")"

to generate some control distributions.