Simon Gardner

Results 18 issues of Simon Gardner

Logger level of: https://github.com/acts-project/acts/blob/main/Plugins/DD4hep/src/ConvertDD4hepDetector.cpp#L532 is currently only info, this could be upgraded to a warning to better highlight the issue.

### Briefly, what does this PR introduce? Introduces the tmva low-q2 model file to the geometry calibrations so it gets downloaded when the geometry is loaded by eicrecon ### What...

### Briefly, what does this PR introduce? Introduces ACTS surfaces to the Low-Q2 tracker layers. Will allow acts methods to be used in the reconstruction but should almost certainly remain...

topic: infrastructure
topic: tracking
topic: far-backward

### Steps to reproduce: (give a step by step account of how to trigger the bug) 1. Run a simulation with e.g. 18x275.xml ### Expected Result: (what do you expect...

By design, particles which are created outside of the cylindrical tracking region are not saved to the MCParticles collection in order to limit the number particles from calorimeter showers. The...

The beam energies and divergence settings used in the simulation should be stored so they can be read back by EICrecon. This is essential for correct reconstruction of the FF/FB...

Add calorimeter options to the low Q2 tagger geometry. Placed after the tracker layer this should allow studies to be carried out as to how useful/practical the addition of a...

topic: calorimetry
topic: far-backward

### Briefly, what does this PR introduce? An option had been added to include sensitive elements at the start and/or end of beam pipe vacuum. This allows easy tracking of...

topic: far-backward
topic: magnets

**Is your feature request related to a problem? Please describe.** The simulation runs very slowly for simple configurations without calorimeters or complex materials which should. This came up when tracking...

### Briefly, what does this PR introduce? Originally instigated by moving the B2eR magnet out of the cryostat, this geometry matches the most recent lattice of the accelerator in the...

topic: far-forward
topic: far-backward
topic: magnets