//##############################################################
//
// Job options file for Moore
//
//==============================================================

// General Application Configuration options
#include "$ATHENACOMMONROOT/share/Atlas_ZebraTDR.UnixStandardJob.txt"

// Load relevant libraries
ApplicationMgr.DLLs += { "MooEvent" } ;
ApplicationMgr.DLLs += { "MooAlgs" } ;
ApplicationMgr.DLLs += { "MooLVL2Algs" } ;
ApplicationMgr.DLLs += { "MooStatistics" } ;
ApplicationMgr.DLLs += { "CBNT_Athena" };
ApplicationMgr.DLLs += { "HbookCnv" };
ApplicationMgr.DLLs += { "MagneticFieldAthena" };

// and services
ApplicationMgr.ExtSvc += { "MagFieldAthenaSvc" };

// Top algorithms to be run

ApplicationMgr.TopAlg = { "MooMakePhiSegmentLVL2" };
ApplicationMgr.TopAlg += { "MooMakeRZSegmentLVL2" };
ApplicationMgr.TopAlg += { "MooMakeRoads" };
ApplicationMgr.TopAlg += { "MooMakeiPatTracks" };
ApplicationMgr.TopAlg += { "MooSvc" };
ApplicationMgr.TopAlg += { "CBNT_Athena" };

// Ntuples
NTupleSvc.Output     = { "FILE1 DATAFILE='ntuple.hbook' OPT='NEW'" };
ApplicationMgr.HistogramPersistency="HBOOK";
// Histogram output file
HistogramPersistencySvc.OutputFile  =  "histo.hbook" ;

// ----- CBNT_Athena algorithm
CBNT_Athena.Members = { "CBNT_EventInfo", "MooMakeNtuple"};
CBNT_Athena.NtupleLocID="/FILE1/CBNT/222";
CBNT_EventInfo.NtupleLocID="/FILE1/CBNT/222";
MooiPatNtuple.NtupleLocID="/FILE1/CBNT/222";
MooiPatNtuple.maxNumberofKINE=50;
MooiPatNtuple.maxNumberofRECO=500;
// ----
//--------------------------------------------------------------
// For Zebra input: identify your input runs.
//--------------------------------------------------------------

// Provide a first/last range or a list
EventSelector.runs = {1, 100000};
// EventSelector.firstRun = 30;
// EventSelector.lastRun  = 100000;

// Output level threshold (2=DEBUG, 3=INFO, 4=WARNING, 5=ERROR, 6=FATAL )
MessageSvc.OutputLevel      = 6;

//--------------------------------------------------------------
// Event related parameters
//--------------------------------------------------------------

// Number of events to be processed
ApplicationMgr.EvtMax = 9999;

// de-activate (groups of) subdetectors
EventSelector.calos = false;                        
EventSelector.emBarrel = false;                        
EventSelector.hec = false;                        
EventSelector.fcal = false;                        
EventSelector.tile = false;                        
//EventSelector.muons = false;                        
//EventSelector.mdt = false;
//EventSelector.rpc = false;
EventSelector.trt = false;
EventSelector.clusters = false;
EventSelector.sct = false;
EventSelector.pixel = false;

//--------------------------------------------------------------
// MooAlgs Options
//
//--------------------------------------------------------------

//MooMakePhiSegments.print_level =  0;
//MooMakePhiSegments.phi_histo_thr = 1;
//MooMakePhiSegments.phi_histo_bin = 0.0015;
MooMakePhiSegmentsLVL2.print_level =  0;


//MooMakeCrudeRZSegments.print_level = 0;
//MooMakeCrudeRZSegments.theta_histo_bin = 0.015;
//MooMakeCrudeRZSegments.theta_histo_thr = 2;
MooMakeRZSegmentLVL2.print_level = 0;
//
MooMakeRoads.print_level = 0;
MooMakeRoads.chi2_cut	= 10.; // Chi2 cut for fitted track candidates

MooMakeiPatTracks.print_level = 0;
//MooMakeiPatTracks.print_recsum_level = 1;
MooMakeiPatTracks.two_mult_cut = 4; // Minimum Nr of digits for a 2-multilayer MDTSegment
MooMakeiPatTracks.one_mult_cut = 3; // Minimum Nr of digits for an 1-multilayer MDTSegment
MooMakeiPatTracks.chi2_cut=10;

MooSvc.print_level = 5;
MooSvc.min_mdt = 3;
MooSvc.light_speed = 29.97925; // Speed of light (in cm/ns)
MooSvc.signal_speed = 0.7; // Speed of signal propagation along the wire (in speed of light units)
MooSvc.drift_velocity = 500; // Drift velocity used in simulation (in cm/ns)
MooSvc.lorentz_angle = 0.2; // Lorentz angle used in the TDR simulation
MooSvc.mdt_resolution = 80.; // MDT resolution (in microns, used in TDR simulation)
MooSvc.mdt_resolution_wire = 130.; // MDT resolution close to the wire (in microns)
MooSvc.mdt_resolution_cut = 0.5; // Distance from wire below which the mdt_resolution_wire applies
MooSvc.mdt_cottheta_cut   = 0.4; // Cut in CotTheta for MDT segments
MooSvc.delta_ray_cut	= 0.04;	// Delta ray cut (in cm).
MooSvc.trigger_digits_cut = 0.5;      // # of strip/gang widths for a z strip to be accepted
MooSvc.two_mult_cut = 4; // Minimum Nr of digits for a 2-multilayer MDTSegment
MooSvc.one_mult_cut = 3; // Minimum Nr of digits for an 1-multilayer MDTSegment
//MooSvc.chi2_cut	= 10.; // Chi2 cut for fitted track candidates


//****************************
// skip/pick event
//***************************

//MooMakePhiSegments.skip_events =  {79,200,302};

MooMakePhiSegments.skip_events =  {};
MooMakeCrudeRZSegments.skip_events =  {};
MooMakeRoads.skip_events =  {};
MooMakeiPatTracks.skip_events =  {};
MooSvc.skip_events =  {};
MooiPatNtuple.skip_events =  {};

MooMakePhiSegments.pick_events =  {};
MooMakeCrudeRZSegments.pick_events =  {};
MooMakeRoads.pick_events =  {};
MooMakeiPatTracks.pick_events =  {};
MooSvc.pick_events =  {};
MooiPatNtuple.pick_events =  {};

//==============================================================

//
// End of job options file
//
//##############################################################