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#ifndef __L1Analysis_L1AnalysisCSCTFDataFormat_H__
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#define __L1Analysis_L1AnalysisCSCTFDataFormat_H__
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//-------------------------------------------------------------------------------
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// Created 08/03/2010 - E. Conte, A.-C. Le Bihan
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//
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//
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// Original code : UserCode/L1TriggerDPG/L1NtupleProducer - Gian Piero Di Giovanni
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//-------------------------------------------------------------------------------
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#include "TMatrixD.h"
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#include <vector>
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namespace L1Analysis
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{
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struct L1AnalysisCSCTFDataFormat
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{
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L1AnalysisCSCTFDataFormat(){Reset();};
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~L1AnalysisCSCTFDataFormat(){};
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static const int MAXCSCTFTR = 60;
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static const int MAXCSCTFLCTSTR = 4;
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void Reset()
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{
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trSize = 0;
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trEndcap.clear();
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trSector.clear();
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trBx.clear();
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// if set to 1 track has lct from the station
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trME1ID.clear();
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trME2ID.clear();
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trME3ID.clear();
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trME4ID.clear();
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trMB1ID.clear();
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trME1TBin.clear();
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trME2TBin.clear();
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trME3TBin.clear();
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trME4TBin.clear();
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trMB1TBin.clear();
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trOutputLink.clear();
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// some input of the PT LUTs
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trCharge.clear();
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trChargeValid.clear();
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trForR.clear();
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trPhi23.clear();
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trPhi12.clear();
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trPhiSign.clear();
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// in bits...
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trEtaBit.clear();
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trPhiBit.clear();
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trPtBit.clear();
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// ... converted
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trEta.clear();
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trPhi.clear();
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trPhi_02PI.clear();
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trPt.clear();
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// + useful information
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trMode.clear();
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trQuality.clear();
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//----------------------------------------------------------------------
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// LCT (STUBS FORMING THE TRACK)
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//----------------------------------------------------------------------
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trNumLCTs.clear();
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trLctEndcap.Clear();
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trLctSector.Clear();
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trLctSubSector.Clear();
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trLctBx.Clear();
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trLctBx0.Clear();
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trLctStation.Clear();
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trLctRing.Clear();
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trLctChamber.Clear();
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trLctTriggerCSCID.Clear();
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trLctFpga.Clear();
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trLctlocalPhi.Clear();
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//trLctlocalPhi_bend.Clear();
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trLctCLCT_pattern.Clear();
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trLctQuality.Clear();
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trLctglobalPhi.Clear();
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trLctglobalEta.Clear();
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trLctstripNum.Clear();
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trLctwireGroup.Clear();
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trLctEndcap.Clear();
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trLctSector.Clear();
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trLctSubSector.Clear();
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trLctBx.Clear();
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trLctBx0.Clear();
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trLctStation.Clear();
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trLctRing.Clear();
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trLctChamber.Clear();
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trLctTriggerCSCID.Clear();
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trLctFpga.Clear();
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trLctlocalPhi.Clear();
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//trLctlocalPhi_bend.Clear();
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trLctCLCT_pattern.Clear();
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trLctQuality.Clear();
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trLctglobalPhi.Clear();
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trLctglobalEta.Clear();
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trLctstripNum.Clear();
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trLctwireGroup.Clear();
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//---------------------
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trLctEndcap.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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trLctSector.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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trLctSubSector.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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trLctBx.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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trLctBx0.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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trLctStation.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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trLctRing.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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trLctChamber.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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trLctTriggerCSCID.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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trLctFpga.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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trLctlocalPhi.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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//trLctlocalPhi_bend.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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trLctCLCT_pattern.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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trLctQuality.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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trLctglobalPhi.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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trLctglobalEta.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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trLctstripNum.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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trLctwireGroup.ResizeTo(MAXCSCTFTR,MAXCSCTFLCTSTR);
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//----------------------------------------------------------------------
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// ALL LCT
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//----------------------------------------------------------------------
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lctSize = 0;
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lctEndcap.clear();
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lctSector.clear();
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lctSubSector.clear();
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lctBx.clear();
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lctBx0.clear();
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lctStation.clear();
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lctRing.clear();
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lctChamber.clear();
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lctTriggerCSCID.clear();
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lctFpga.clear();
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// note: the SPs return them in bits
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lctlocalPhi.clear();
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//lctlocalPhi_bend.clear();
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lctCLCT_pattern.clear();
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lctQuality.clear();
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lctglobalPhi.clear();
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lctglobalEta.clear();
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lctstripNum.clear();
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lctwireGroup.clear();
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//---------------------------------------------------------------------------
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// BASIC CSCTF information
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//---------------------------------------------------------------------------
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nsp = 0; // num of SPs active in the event
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stSPslot.clear();
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stL1A_BXN.clear();
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stTrkCounter.clear();
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stOrbCounter.clear();
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dtSize=0;
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dtCAL.clear();
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dtFLAG.clear();
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dtBXN.clear();
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dtSector.clear();
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dtSubSector.clear();
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dtBX0.clear();
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dtPhiBend.clear();
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dtQuality.clear();
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dtPhiPacked.clear();
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}
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//----------------------------------------------------------------------
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// TRACKS
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//----------------------------------------------------------------------
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// csctf track candidates
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int trSize;
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std::vector<int> trEndcap;
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std::vector<int> trSector;
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std::vector<int> trBx;
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// if set to 1 track has lct from the station
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std::vector<int> trME1ID;
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std::vector<int> trME2ID;
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std::vector<int> trME3ID;
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std::vector<int> trME4ID;
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std::vector<int> trMB1ID;
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std::vector<int> trME1TBin;
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std::vector<int> trME2TBin;
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std::vector<int> trME3TBin;
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std::vector<int> trME4TBin;
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std::vector<int> trMB1TBin;
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std::vector<int> trOutputLink;
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// some input of the PT LUTs
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std::vector<int> trCharge;
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std::vector<int> trChargeValid;
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std::vector<int> trForR;
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std::vector<int> trPhi23;
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std::vector<int> trPhi12;
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std::vector<int> trPhiSign;
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// in bits...
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std::vector<int> trEtaBit;
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std::vector<int> trPhiBit;
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std::vector<int> trPtBit;
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// ... converted
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std::vector<float> trEta;
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std::vector<float> trPhi;
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std::vector<float> trPhi_02PI;
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std::vector<float> trPt;
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// + useful information
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std::vector<int> trMode;
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std::vector<int> trQuality;
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//----------------------------------------------------------------------
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// LCT (STUBS FORMING THE TRACK)
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//----------------------------------------------------------------------
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std::vector<int> trNumLCTs; // it contains the number of LCT forming a track
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TMatrixD trLctEndcap;
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TMatrixD trLctSector;
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TMatrixD trLctSubSector;
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TMatrixD trLctBx;
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TMatrixD trLctBx0;
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TMatrixD trLctStation;
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TMatrixD trLctRing;
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TMatrixD trLctChamber;
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TMatrixD trLctTriggerCSCID;
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TMatrixD trLctFpga;
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// note: the SPs return them in bits
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TMatrixD trLctlocalPhi;
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//TMatrixD trLctlocalPhi_bend;
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TMatrixD trLctCLCT_pattern;
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TMatrixD trLctQuality;
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TMatrixD trLctglobalPhi;
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TMatrixD trLctglobalEta;
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TMatrixD trLctstripNum;
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TMatrixD trLctwireGroup;
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//----------------------------------------------------------------------
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// ALL LCT
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//----------------------------------------------------------------------
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int lctSize;
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std::vector<int> lctEndcap;
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std::vector<int> lctSector;
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std::vector<int> lctSubSector;
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std::vector<int> lctBx;
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std::vector<int> lctBx0;
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std::vector<int> lctStation;
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std::vector<int> lctRing;
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std::vector<int> lctChamber;
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std::vector<int> lctTriggerCSCID;
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std::vector<int> lctFpga;
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// note: the SPs return them in bits
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std::vector<int> lctlocalPhi;
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//std::vector<int> lctlocalPhi_bend;
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std::vector<int> lctCLCT_pattern;
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std::vector<int> lctQuality;
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std::vector<int> lctglobalPhi;
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std::vector<int> lctglobalEta;
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std::vector<int> lctstripNum;
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std::vector<int> lctwireGroup;
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//---------------------------------------------------------------------------
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// BASIC CSCTF information
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//---------------------------------------------------------------------------
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int nsp; // num of SPs active in the event
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std::vector<int> stSPslot;
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std::vector<int> stL1A_BXN;
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std::vector<unsigned long int> stTrkCounter;
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std::vector<unsigned long int> stOrbCounter;
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//DT Stub Information
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int dtSize;
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std::vector<int> dtCAL;
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std::vector<int> dtFLAG;
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std::vector<int> dtBXN;
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std::vector<int> dtSector;
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std::vector<int> dtSubSector;
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std::vector<int> dtBX0;
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std::vector<int> dtPhiBend;
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std::vector<int> dtQuality;
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std::vector<int> dtPhiPacked;
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};
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}
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#endif
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