Loading doc/examples.md +42 −4 Original line number Diff line number Diff line Loading @@ -90,15 +90,53 @@ Path to the cad files used in the simulation: Selecting the chamber material: `VACUUM = 1` # material of the reflecting layers (from BGO side) Material of the reflecting layers: `REFL.LAYER1.MAT = 62` `REFL.LAYER2.MAT = 1` # absorption length [mm] Absorption length [mm]: `CsI.ABSL = 2000` # type of reflection for the wrapper OPTSURFACE.WRAPPER = 12 Type of reflection for the wrapper: `OPTSURFACE.WRAPPER = 12` ###### GPS macro file beam.mac: The detailed description of the commands can be found in the Geant4 official documentation. Simulation verbose: `/run/verbose 0` Source definition: `/gps/particle gamma` `/gps/pos/type Point` `/gps/pos/centre -1.5 -90.0 -100 mm` `/gps/direction 0 0 1` `/gps/energy 122.0 keV` Set number of simulated particles: `/run/beamOn 1` </details> No newline at end of file Loading
doc/examples.md +42 −4 Original line number Diff line number Diff line Loading @@ -90,15 +90,53 @@ Path to the cad files used in the simulation: Selecting the chamber material: `VACUUM = 1` # material of the reflecting layers (from BGO side) Material of the reflecting layers: `REFL.LAYER1.MAT = 62` `REFL.LAYER2.MAT = 1` # absorption length [mm] Absorption length [mm]: `CsI.ABSL = 2000` # type of reflection for the wrapper OPTSURFACE.WRAPPER = 12 Type of reflection for the wrapper: `OPTSURFACE.WRAPPER = 12` ###### GPS macro file beam.mac: The detailed description of the commands can be found in the Geant4 official documentation. Simulation verbose: `/run/verbose 0` Source definition: `/gps/particle gamma` `/gps/pos/type Point` `/gps/pos/centre -1.5 -90.0 -100 mm` `/gps/direction 0 0 1` `/gps/energy 122.0 keV` Set number of simulated particles: `/run/beamOn 1` </details> No newline at end of file