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#ifndef DataFormats_L1TGlobal_GlobalAlgBlk_h
#define DataFormats_L1TGlobal_GlobalAlgBlk_h
/**
* \class GlobalAlgBlk
*
*
* Description: L1 micro Global Trigger - Block holding Algorithm Information
*
* Implementation:
* <TODO: enter implementation details>
*
* \author: Brian Winer - Ohio State
*
*
*/
// system include files
#include <vector>
#include <iostream>
#include <iomanip>
// user include files
#include "FWCore/Utilities/interface/typedefs.h"
#include "DataFormats/L1Trigger/interface/BXVector.h"
//#include "DataFormats/L1GlobalTrigger/interface/L1GlobalTriggerReadoutSetup.h"
#include "DataFormats/L1Trigger/interface/L1TObjComparison.h"
// forward declarations
class GlobalAlgBlk;
typedef BXVector<GlobalAlgBlk> GlobalAlgBlkBxCollection;
typedef l1t::ObjectRef<GlobalAlgBlk> GlobalAlgBlkRef;
typedef l1t::ObjectRefBxCollection<GlobalAlgBlk> GlobalAlgBlkRefBxCollection;
typedef l1t::ObjectRefPair<GlobalAlgBlk> GlobalAlgBlkRefPair;
typedef l1t::ObjectRefPairBxCollection<GlobalAlgBlk> GlobalAlgBlkRefPairBxCollection;
// class interface
class GlobalAlgBlk {
public:
/// constructors
GlobalAlgBlk(); // empty constructor, all members set to zero;
GlobalAlgBlk(int orbitNr, int bxNr, int bxInEvent);
/// destructor
virtual ~GlobalAlgBlk();
public:
static constexpr unsigned int maxPhysicsTriggers = 512;
/// set simple members
void setL1MenuUUID(int uuid) { m_orbitNr = uuid; }
void setL1FirmwareUUID(int fuuid) { m_bxNr = fuuid; }
void setbxInEventNr(int bxNr) { m_bxInEvent = bxNr; }
void setFinalORVeto(bool fOR) { m_finalORVeto = fOR; }
void setFinalORPreVeto(bool fOR) { m_finalORPreVeto = fOR; }
void setFinalOR(bool fOR) { m_finalOR = fOR; }
void setPreScColumn(int psC) { m_preScColumn = psC; }
/// get simple members
inline const int getL1MenuUUID() const { return m_orbitNr; }
inline const int getL1FirmwareUUID() const { return m_bxNr; }
inline const int getbxInEventNr() const { return m_bxInEvent; }
inline const bool getFinalOR() const { return m_finalOR; }
inline const bool getFinalORPreVeto() const { return m_finalORPreVeto; };
inline const bool getFinalORVeto() const { return m_finalORVeto; }
inline const int getPreScColumn() const { return m_preScColumn; }
/// Copy vectors words
void copyInitialToInterm() { m_algoDecisionPreScaled = m_algoDecisionInitial; }
void copyIntermToFinal() { m_algoDecisionFinal = m_algoDecisionPreScaled; }
/// Set decision bits
void setAlgoDecisionInitial(unsigned int bit, bool val);
void setAlgoDecisionInterm(unsigned int bit, bool val);
void setAlgoDecisionFinal(unsigned int bit, bool val);
/// Get decision bits
std::vector<bool> const& getAlgoDecisionInitial() const { return m_algoDecisionInitial; }
std::vector<bool> const& getAlgoDecisionInterm() const { return m_algoDecisionPreScaled; }
std::vector<bool> const& getAlgoDecisionFinal() const { return m_algoDecisionFinal; }
bool getAlgoDecisionInitial(unsigned int bit) const;
bool getAlgoDecisionInterm(unsigned int bit) const;
bool getAlgoDecisionFinal(unsigned int bit) const;
/// reset the content of a GlobalAlgBlk
void reset();
// compare the content of this GlobalAlgBlk with another one
virtual bool operator==(const GlobalAlgBlk& rhs) const;
virtual inline bool operator!=(const GlobalAlgBlk& rhs) const { return !(operator==(rhs)); };
/// pretty print the content of a GlobalAlgBlk
void print(std::ostream& myCout) const;
private:
// where noted member data has been re-interpreted, to keep persistant data the same, as these features were added late in release cycle.
/// orbit number -> L1MenuUUID
int m_orbitNr;
/// bunch cross number of the actual bx -> L1FirmwareUUID
int m_bxNr;
/// bunch cross in the GT event record (E,F,0,1,2)
int m_bxInEvent;
// finalOR
bool m_finalOR;
bool m_finalORPreVeto;
bool m_finalORVeto;
//Prescale Column
int m_preScColumn;
std::vector<bool> m_algoDecisionInitial;
std::vector<bool> m_algoDecisionPreScaled; // -> Interm
std::vector<bool> m_algoDecisionFinal;
};
#endif /*DataFormats_L1TGlobal_GlobalAlgBlk_h*/
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