edep-sim produces two output products: TG4Trajectory (corresponds to an individual true particle track) and TG4HitSegment (energy deposited in designated 'sensitive' geometry volumes). Until we have the full detector response & charge simulation, we want to use the HitSegments as our voxelation input, because these tell us how much energy actually went where.
This PR adds a new class, SuperaG4HitSegment, which can be used with run_supera.py and a configuration like the sample supera-ndlar.cfg, to do so.
edep-sim produces two output products:
TG4Trajectory(corresponds to an individual true particle track) andTG4HitSegment(energy deposited in designated 'sensitive' geometry volumes). Until we have the full detector response & charge simulation, we want to use the HitSegments as our voxelation input, because these tell us how much energy actually went where.This PR adds a new class,
SuperaG4HitSegment, which can be used withrun_supera.pyand a configuration like the samplesupera-ndlar.cfg, to do so.