HLT1 in MC production

The following changes are needed to allow Allen to function as part of MC productions and for the results to be used downstream.

• Write Allen line names to TCK so they can be retrieved downstream, part of Moore!664 (merged)
• Write TCK to the raw event, done in !473 (merged), tested in Moore!664 (merged)

Reconstruction:

• Incorporate MVA models for (Two)TrackMVA !437 (closed)

HLT1 Configuration:

• Line that flags the GEC
• A tuning of the HLT1 lines #197 (closed) (current hlt1_pp_default good enough for tests)
• Add copies of HLT1 lines that include momentum cuts (not needed for first tests)
• Set the default sequence to no GEC and no momentum cuts (not needed for first tests)
• Decide whether to use RunAllen or the Gaudi wrappers (use RunAllen for now -> configuration is all in one place)
• Ensure that Allen can run on the version of the raw banks produced by all subdetectors
• Input from DIGI file, output to DST file with updated raw event containing the DecReports and SelReports [MODIFIED: output to DST containing all event information plus DecReports and SelReports (DIGI output of Moore is currently not supported)
• Create and release the minimal TCK needed to read the DecReports and SelReports for the chosen configuration
• ensure that both magnet polarities work

Configuration for production:

• Check that Allen interfaces correctly with ProdConf
• Add standard option files that can be used in production to AppConfig data package in the options/Allen directory
• Interface Allen with lb-exec command and add test options yaml file: Moore!1464 (merged)
• Use TCK to configure options called with lb-exec
• Write Gaudi summary xml file (used to be configured with LHCbApp().XMLSummary, important parts: success = True and input files = full with number of events)

The SelReports need more work then the items above, as they have not been adapted to the way selections are executed.

• Reinstate SelReport writing and test that it works