// $Id$
//
//    File: DL3Trigger.h
// Created: Tue Jan  8 14:46:49 EST 2013
// Creator: davidl (on Linux ifarm12s01 2.6.32-220.7.1.el6.x86_64 x86_64)
//

#ifndef _DL3Trigger_
#define _DL3Trigger_

#include <JANA/JObject.h>
#include <JANA/JFactory.h>

#include <TRACKING/DTrackWireBased.h>

class DL3Trigger:public jana::JObject{
	public:
		JOBJECT_PUBLIC(DL3Trigger);
		
		// NOTE: The ONLY member of this that is guaranteed to
		// be valid is L3good. This is because the algorithm
		// will stop calculating as soon as an accept or reject
		// criteria is met.
		DL3Trigger():Ntagger(-1),Nstart_counter(-1),Ntof(-1)
						,Ncdc_layers(-1),Nfdc_planes(-1)
						,Nfdc(-1),Nfdc_pseudo(-1),Ncdc(-1)
						,Ntrack_candidates(-1),Ntrack_wb(-1)
						,Ptot_tracks_wb(-1),Nbcal_clusters(-1)
						,Nfcal_clusters(-1),Ebcal(-1),Efcal(-1)
						,L3good(true){}
		
		// Add data members here. For example:
		float Ephoton_truth;       // From DBeamPhoton for MC data only (GeV)
		  int Ntagger;             // Number of reconstructed tagger hits
		  int Nstart_counter;      // Number of start counter hits
		  int Ntof;                // Number of TOF hits
		  int Ncdc_layers;         // Number of different CDC layers hit
		  int Nfdc_planes;         // Number of different FDC planes hit
		  int Nfdc;                // Number of FDC hits (cathode + anode)
		  int Nfdc_pseudo;         // Number of FDC pseudo hits
		  int Ncdc;                // Number of CDC hits
		  int Ntrack_candidates;   // Number of track candidates
		  int Ntrack_wb;           // Number of wire-based tracks
		float Ptot_tracks_wb;      // Scaler sum of total momentum from wire-based tracks
		  int Nbcal_clusters;      // Number of BCAL clusters
		  int Nfcal_clusters;      // Number of FCAL clusters
		float Ebcal;               // Total energy in BCAL (rough estimate)
		float Efcal;               // Total energy in FCAL
		 bool L3good;              // true if event passes L3 trigger
		
		// This method is used primarily for pretty printing
		// the second argument to AddString is printf style format
		void toStrings(vector<pair<string,string> > &items)const{
			AddString(items, "Ephoton_truth", "%3.2f", Ephoton_truth);
			AddString(items, "Ntagger", "%4d", Ntagger);
			AddString(items, "Nstart_counter", "%4d", Nstart_counter);
			AddString(items, "Ntof", "%4d", Ntof);
			AddString(items, "Ncdc_layers", "%4d", Ncdc_layers);
			AddString(items, "Nfdc_planes", "%4d", Nfdc_planes);
			AddString(items, "Nfdc", "%4d", Nfdc);
			AddString(items, "Nfdc_pseudo", "%4d", Nfdc_pseudo);
			AddString(items, "Ncdc", "%4d", Ncdc);
			AddString(items, "Ntrack_candidates", "%4d", Ntrack_candidates);
			AddString(items, "Ntrack_wb", "%4d", Ntrack_wb);
			AddString(items, "Ptot_tracks_wb", "%3.2f", Ptot_tracks_wb);
			AddString(items, "Nbcal_clusters", "%4d", Nbcal_clusters);
			AddString(items, "Nfcal_clusters", "%4d", Nfcal_clusters);
			AddString(items, "Ebcal", "%3.2f", Ebcal);
			AddString(items, "Efcal", "%3.2f", Efcal);
			AddString(items, "L3good", "%d", L3good);
		}
		
};

#endif // _DL3Trigger_