- using a KFParticle version with no ROOT dependencies

Sergei Zharko authored 2 months ago and Sergey Gorbunov committed 1 month ago

- V0Finder:
  - YAML config
  - cuts on velocity of pion and proton candidates
  - enhanced cut for decay length (0.1 -> 5 cm)

Realise recent bpipe and fsd in hadron, electron, jspi, lmvm, and cfv setups.
Switch known overlap with rich geometry to the new beampipe.

Sergei Zharko authored 2 months ago and Sergey Gorbunov committed 2 months ago

- CbmEventTrigger class to store different trigger flags for the event selection (Lambda, Ks, ....)

Sergei Zharko authored 2 months ago and Sergey Gorbunov committed 2 months ago

- a new service "run_info": prints different run properties to stdout (at the moment only the geometry setup tag)
- fixes in reco_mcbm.sh

Sergei Zharko authored 2 months ago and Sergey Gorbunov committed 2 months ago

1. reco_mcbm.sh:  New options (separate directory for different steps, lambda in mCBM, retrieving a tsa file name from and index list)
2. reco_mcbm_job.sh:  Settings to run reco_mcbm.sh from the box on virgo (vs. runID and jobID)
3. cbm::kfp::V0FinderTask: minor bug fixes

- Counts per given bin size and gap size depending on bin size
- Calculation abd plotting of Q-Factors, HADES style + finer steps
- Calculation and plotting of Q-Factors variations depending on bin size (timescale)
- Add TRD and RICH to bunch check macro
- Calculation of pseudo Q-factors with STS and TOF digis (counting products and not beam particles)

Pierre-Alain Loizeau authored 10 months ago and Pierre-Alain Loizeau committed 2 months ago

- tool to check data from TSA w/ legacy unp
- tool to compare digis found in the old BMon VS those found in the new BMon
  (from TSA with either legacy or online unpacker)
- tool to study BMon bunches size, extension and counts

Define the much parameter file name properly in case of mcbm geometry.

Correct file names in kfparticle test.
Add correct much initilization in kfparticle and mcbm hadron analysis
tests.

The transport stage still placed the target at 0. cm. The global coordinate
system was changed long time ago to have the origin in the middle of the
magnet. Change the target as well as well as the origin of the reactions to
z=-44. cm.

The current test time was slightly on the low side for run4. When running the
test locally on an empty node the execution time was below the maximum test
time. When running the test in parallel with other tests the test hits the
time limit. Fixing this by increasing the test time.

Eoin Clerkin authored 4 months ago and Pierre-Alain Loizeau committed 4 months ago

Introduce cfv as test

- Update geometry and parameters hashes to most recent ones (bring tof 21k + also previously stacked mvd geo creation macros)
- Force the specific filename for run 2391 in the 2022 reco macros and the mTOF clusterizer initialization script (and higher runs in most 2022 macros)
- Remove switch to custom alignment file in 2022 mcbm_event_reco_l1 macro for TOF 21k

users

Timeout for mcbm_2024_rec_3105 is temporarily increased to 95s, timeout for mcbm_2024_qa_3105 is increased to 135s

Extra time is needed to initialize the KF-setup instance in CbmL1::Init(), which
is done aside to the old geometry scheme intialization for CA. Keeping
of the two setup versions is temporary until the track-fitting utilities will
be fully moved to the KF framework.