Simulation of iDM, detector signals, and readout, followed by reconstruction. More...
Go to the source code of this file.
Namespaces | |
| namespace | idm_job |
Variables | |
| description | |
| mg | |
| Generate tritrig in MG5. | |
| unzip = Unzip(inputs=['idm_unweighted_events.lhe.gz'], outputs=['idm.lhe']) | |
| Unzip LHE file. | |
| cnv = DisplaceUni(inputs=['idm.lhe'], outputs=['idm.stdhep']) | |
| Convert LHE output to stdhep (no displacement here because no ctau given) | |
| rot = BeamCoords() | |
| Rotate into beam coords. | |
| slic = SLIC() | |
| Run events in slic. | |
| filter_bunches = FilterBunches() | |
| Insert empty bunches expected by pile-up simulation. | |
| readout = JobManager(steering='readout') | |
| Run simulated events in readout to generate triggers. | |
| recon = JobManager(steering='recon') | |
| Run physics reconstruction. | |
Simulation of iDM, detector signals, and readout, followed by reconstruction.
Definition in file idm_job.py.