self.start_layer = 0
self.end_layer = 20
so the project is to generate all kinda masses and lifetime ALPs and check how this modified trigger would behave, we'd like something to have high trigger eff for the signal. When that's done you'll run the same trigger on the bkg and hopefully see a small fraction of events passing
Issue description
Tasks
https://github.com/LDMX-Software/ldmx-sw/blob/e5dbf6964d16eded2af3e2319f95f7f0cdc8cefa/Recon/python/simple_trigger.py#L28-L53 you see in default it does
Now what I'd like you to do is to run a second version of this
simple_triggerwhere the start is at 20 and the end is at 32.https://github.com/LDMX-Software/ldmx-sw/blob/e5dbf6964d16eded2af3e2319f95f7f0cdc8cefa/DQM/python/dqm.py#L1032 this will give you these histograms in the histo.root file
https://github.com/LDMX-Software/ldmx-sw/blob/e5dbf6964d16eded2af3e2319f95f7f0cdc8cefa/DQM/src/DQM/Trigger.cxx#L48-L54
so the project is to generate all kinda masses and lifetime ALPs and check how this modified trigger would behave, we'd like something to have high trigger eff for the signal. When that's done you'll run the same trigger on the bkg and hopefully see a small fraction of events passing
Existing material to start off