- Add optional method to resort indicices to the CbmEvent class, as the indices for TRD1D and 2D are added in separate steps
- Replace the loop over the CbmEvent indices by a block copy between the first and last digi of each detector type, based
  on the assumption that we use a time-window based selection on a sorted array, therfore leading to a continuous block
  => this is known to potentially copy more digis in the TRD case due to the eventual =/= windows and offsets for 1D and 2D

Layers can be stations or sensors depending on the sub-system and implementation

- Add maskers for Strip address and Rpc address in CbmTofAddress
- Update comments and description of bit map in CbmTofAddress
- Add parameter + setter + base logic for selection on minimum nb of fired layers in CbmAlgoBuildRawEvents
- Add implementation of count + cut for the TOF case in CbmAlgoBuildRawEvents

Vikas Singhal authored 3 years ago and Pierre-Alain Loizeau committed 2 years ago

- Add MUCH unpacker algo/config and monitoring classes in the current scheme
- Add new unpacking parameter class
* Separate the parameter files for the 2022 monitor and the 2022 unpacking
- Add MUCH in RecoUnpack
- Add MUCH in run_unpack_tsa and run_unpack_online macros

Needed to have two instances of the CbmMcbm2018TofPar in the same FairRoot Runtime DB manager, which is needed at least for MQ par server
- new CbmMcbm2018BmonPar class as transparent derivation of CbmMcbm2018TofPar
- Control flags in TOF and BMon unpacking code (algo + config)
- Type and pointer conversions in TOF unpack algo to hide the alias class and use only base class internaly

- Update Mcbm2018TofPar to map the 2022 BMon diamond
- Update Mcbm2018TofPar to map the new TOF modules for the 2022 iron beams (run 2100 onward)
- Add a BmonUnpackConfig class setting up the TOF unpacker to BMon mode
- Add a TofUnpackMonitor class providing monitoring plots for TOF and BMon unpacking
- Integrate this one in the TOF unpack algo
- Fix incomplete switching for the 2021 epoch hack in the TOF unpack Algo
- Add Bmon in the sterring RecoUnpack task
- Add a monitoring only mode to the RecoUnpack task were data is neither time sorted nor written to disk
- Add BMon in the unpacking macros
- Add the TOF monitor(s) to the unpacking macros
- Add BMon only unpacking macros for fast beam monitoring (especially for beam tuning)
- Add parameter files for TOF and BMon in the 2022 campaign

Administrator authored 2 years ago and Volker Friese committed 2 years ago

Remove many switches which are not needed any longer, since minimum versions
for C++ standard, Root, FairSoft and FairRoot are fixed.

Volker Friese authored 3 years ago and Jan de Cuveland committed 3 years ago

Modifications following the suggestions of P.-A. Loizeau and J. de Cuveland (see #2268). Refs #2268.

Norbert Herrmann authored 3 years ago and Pierre-Alain Loizeau committed 3 years ago

Apply clang-format. uncomment TofSimpClusterizer constructor

Use std::string instead of TString to format log output.

Volker Friese authored 3 years ago and Florian Uhlig committed 3 years ago

Correct CbmDaq to provide the proper MC event list. Prevent tree access modes kRepeat and kRandom for the time being.

Pierre-Alain Loizeau authored 3 years ago and Pierre-Alain Loizeau committed 3 years ago

- Split the InitUnpacker method of the UnpackConfig template into
  - InitOutput
  - RegisterOutput (Framework bound, to be replaced by method in Task class CbmRecoUnpack)
  - SetAlgo
  - initParContainer, moved to the Task Class CbmRecoUnpack
  - InitAlgo
- Move to the template version of these methods all blocks common to all derived config classes
- Whenever necessary, overload these methods in the derived config classes (including the common parts, no base method call)
- Bump Config classes version number
- Adapt the Sts Unpack algo classes to initialize the monitor classes
- Adapt the CbmRecoUnpack
- Adapt the CbmUnpackDevice to use the standard Unpack Config classes (compiles with full functionality but untested)