L1RCTCrate.h

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#ifndef L1RCTCrate_h
#define L1RCTCrate_h
 
#include "L1Trigger/RegionalCaloTrigger/interface/L1RCTElectronIsolationCard.h"
#include "L1Trigger/RegionalCaloTrigger/interface/L1RCTJetSummaryCard.h"
#include "L1Trigger/RegionalCaloTrigger/interface/L1RCTReceiverCard.h"
#include <vector>
 
class L1RCTLookupTables;
 
class L1RCTCrate {
public:
  L1RCTCrate(int crtNo, const L1RCTLookupTables *rctLookupTables);
 
  ~L1RCTCrate();
 
  int crateNumber() { return crtNo; }
 
  // For sharing information between crates.
  // It passes the pointers to the cards rather than the copies of the cards
  // because we need to modify the actual regions when setting their
  // neighbors rather than just copies.
  // Working in non garbage collected languages can really suck sometimes.
  L1RCTReceiverCard *getReceiverCard(int i) { return &receiverCards.at(i); }
  // L1RCTJetSummaryCard* getJetSummaryCard { return &jetSummaryCard;}
 
  // This method receives the input from the L1RCT class and distributes
  // the RCInput to the 7 receiver cards and sends the HFInput straight
  // to the JSC for this crate.  The RCs never see the HF data.  Instead
  // the JSC acts like a primitive RC for these regions.
  void input(const std::vector<std::vector<unsigned short>> &RCInput, const std::vector<unsigned short> &HFInput);
  // The two following are methods for running the actual data processing
  // in the RCs and the EICs.  They're to be called for each card
  // from the L1RCT process method
  void processReceiverCards();
  void fillElectronIsolationCards();
  void processElectronIsolationCards();
  // Pulls the information from the RCs and EICs and sends it to the
  // JSC.
  void fillJetSummaryCard();
  void processJetSummaryCard();
  void print();
  void printJSC() { jetSummaryCard.print(); }
  void printRC(int i) { receiverCards.at(i).print(); }
  void printEIC(int i) { electronCards.at(i).print(); }
  void printEICEdges(int i) { electronCards.at(i).printEdges(); }
 
  // region sums
  std::vector<unsigned short> getJetRegions() { return jetSummaryCard.getJetRegions(); }
  std::vector<unsigned short> getBarrelRegions() { return jetSummaryCard.getBarrelRegions(); }
  std::vector<unsigned short> getHFRegions() { return jetSummaryCard.getHFRegions(); }
 
  // e-gamma objects
  std::vector<unsigned short> getIsolatedEGObjects() { return jetSummaryCard.getIsolatedEGObjects(); }
  std::vector<unsigned short> getNonisolatedEGObjects() { return jetSummaryCard.getNonisolatedEGObjects(); }
 
  // the bits
  unsigned short getTauBits() { return jetSummaryCard.getTauBits(); }
  unsigned short getMIPBits() { return jetSummaryCard.getMIPBits(); }
  unsigned short getOverFlowBits() { return jetSummaryCard.getOverFlowBits(); }
  unsigned short getQuietBits() { return jetSummaryCard.getQuietBits(); }
  // hf bit
  std::vector<unsigned short> getHFFineGrainBits() { return jetSummaryCard.getHFFineGrainBits(); }
 
private:
  // The seven RCs and EICs
  // They are laid out according to CMS IN 2004/008
  // Increasing number towards higher absolute eta
  // The seventh card is always sideways with respect to the
  // other six.
  std::vector<L1RCTReceiverCard> receiverCards;
  std::vector<L1RCTElectronIsolationCard> electronCards;
  // The JSC receives the jet and electron information from the
  // RCs and EICs.  There is only one per crate.
  L1RCTJetSummaryCard jetSummaryCard;
 
  int crtNo;
  const L1RCTLookupTables *rctLookupTables_;
 
  L1RCTCrate() = delete;
 
  // L1RCTJetCaptureCard jetCaptureCard;
};
#endif  // L1RCTCrate_h