// Main job options for running Brunel.
//
// This file is included by the geometry dependent options files, and is valid
// for both real and simulated data
//
// This file defines, sequences and configures the algorithms to be executed
// You only need to modify it if you want to add or remove algorithms
// !! Do not modify position or order of included files !!
//==============================================================

// Standard LHCb application setup
#include "$STDOPTS/LHCbApplication.opts"

// POOL Persistency
#include "$STDOPTS/DstDicts.opts"

// By default, Brunel only needs to open one input file at a time
PoolDbCacheSvc.AgeLimit = 0;

// Get the event time (for CondDb) from ODIN
EventClockSvc.EventTimeDecoder = "OdinTimeDecoder";

// Run the full job inside a single sequencer TopAlg
ApplicationMgr.TopAlg = { "GaudiSequencer/BrunelSequencer" };

//----------------------------------------------------------------------------
// Instantiate all Brunel phases. MC specific phases not populated in this file
//----------------------------------------------------------------------------
BrunelSequencer.Members = { "ProcessPhase/Init",
                            "ProcessPhase/Reco",
                            "ProcessPhase/Output" };

// Initialisation phase
Init.DetectorList += { "Etc", "Brunel", "Calo" };
InitBrunelSeq.Members += { "RecInit/Brunel" };

/////////////////////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////////////////////

//--------------------------------------------------------------
// Options for running VELO Alignment within Brunel
//--------------------------------------------------------------
Reco.DetectorList = { 
                      "VELO" 
                     ,"Tr"
                     ,"Alignment"
                    };

//--------------------------------------------------------------
// Pattern Recognition and Fitting
//--------------------------------------------------------------

// Start TransportSvc, needed by track fit
ApplicationMgr.ExtSvc += { "TransportSvc" };

// Velo tracking
RecoVELOSeq.Members += { "PatInitEvent"
                         ,"DecodeVeloRawBuffer"
                         ,"PatVeloLoadClusters"
                         ,"PatVeloRTracking"
                         ,"PatVeloSpaceTracking"
                         ,"PatVeloGeneralTracking"
//                         ,"PatVeloGeneric"
};


PatVeloGeneralTracking.OutputLevel = 3;

// Decode also VeloClusters, needed for track fit
RecoVELOSeq.Members += { "DecodeVeloRawBuffer/DecodeVeloClusters" };
DecodeVeloClusters.DecodeToVeloLiteClusters = false;
DecodeVeloClusters.DecodeToVeloClusters     = true;

//--------------------------------------------------------------
//  Alignment phase
//--------------------------------------------------------------

ApplicationMgr.DLLs += { "VeloAlignment", "AlignmentTools" };
RecoAlignmentSeq.Members += { "Align" };

#include "$VELOALIGNMENTOPTS/VeloAlign.opts"

//--------------------------------------------------------------
//  Monitoring phase
//--------------------------------------------------------------

// Monitoring phase (monitoring independent of MC truth)
#include "$BRUNELOPTS/BrunelMoni.opts"

//--------------------------------------------------------------
// Modify printout defaults
//--------------------------------------------------------------
#include "$BRUNELOPTS/BrunelMessage.opts"