L1TriggerRates.h

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/*
 *  File: DataFormats/Scalers/interface/L1TriggerRates.h   (W.Badgett)
 *
 *  Various Level 1 Trigger Rates from the GT/TS
 *
 */

#ifndef DATAFORMATS_SCALERS_L1TRIGGERRATES_H
#define DATAFORMATS_SCALERS_L1TRIGGERRATES_H

#include "DataFormats/Scalers/interface/TimeSpec.h"

#include <ctime>
#include <iosfwd>
#include <string>
#include <vector>


class L1TriggerScalers;

class L1TriggerRates {
public:
  static constexpr int N_BX = 3654, N_BX_ACTIVE = 2808;

#define BX_SPACING (double)25E-9

  L1TriggerRates();
  L1TriggerRates(L1TriggerScalers const& s);
  L1TriggerRates(L1TriggerScalers const& s1, L1TriggerScalers const& s2);
  virtual ~L1TriggerRates();

  void computeRunRates(L1TriggerScalers const& t);
  void computeRates(L1TriggerScalers const& t1, L1TriggerScalers const& t2);

  std::string name() const { return "L1TriggerRates"; }

  bool empty() const { return false; }


  int version() const { return (version_); }
  timespec collectionTimeSummary() { return (collectionTimeSummary_.get_timespec()); }

  double deltaT() const { return (deltaT_); }
  double deltaTActive() const { return (deltaTActive_); }
  double deltaTRun() const { return (deltaTRun_); }
  double deltaTRunActive() const { return (deltaTRunActive_); }

  // Instantaneous Rate accessors
  double triggerNumberRate() const { return (triggerNumberRate_); }

  double eventNumberRate() const { return (eventNumberRate_); }

  double finalTriggersGeneratedRate() const { return (finalTriggersGeneratedRate_); }
  double finalTriggersDistributedRate() const { return (finalTriggersDistributedRate_); }

  double randomTriggersRate() const { return (randomTriggersRate_); }

  double calibrationTriggersRate() const { return (calibrationTriggersRate_); }

  double totalTestTriggersRate() const { return (totalTestTriggersRate_); }

  double orbitNumberRate() const { return (orbitNumberRate_); }

  double numberResetsRate() const { return (numberResetsRate_); }

  double deadTimePercent() const { return (deadTimePercent_); }

  double deadTimeActivePercent() const { return (deadTimeActivePercent_); }

  double deadTimeActiveCalibrationPercent() const { return (deadTimeActiveCalibrationPercent_); }

  double deadTimeActivePrivatePercent() const { return (deadTimeActivePrivatePercent_); }

  double deadTimeActivePartitionPercent() const { return (deadTimeActivePartitionPercent_); }

  double deadTimeActiveThrottlePercent() const { return (deadTimeActiveThrottlePercent_); }

  double deadTimeActiveTimeSlotPercent() const { return (deadTimeActiveTimeSlotPercent_); }

  double finalTriggersInvalidBCPercent() const { return (finalTriggersInvalidBCPercent_); }

  double lostFinalTriggersPercent() const { return (lostFinalTriggersPercent_); }

  double lostFinalTriggersActivePercent() const { return (lostFinalTriggersActivePercent_); }

  timespec collectionTimeDetails() const { return (collectionTimeDetails_.get_timespec()); }

  std::vector<double> triggersRate() const { return (triggersRate_); }
  std::vector<double> testTriggersRate() const { return (testTriggersRate_); }

  // Run Rate Accessors
  double triggerNumberRunRate() const { return (triggerNumberRunRate_); }

  double eventNumberRunRate() const { return (eventNumberRunRate_); }

  double finalTriggersDistributedRunRate() const { return (finalTriggersDistributedRunRate_); }

  double finalTriggersGeneratedRunRate() const { return (finalTriggersGeneratedRunRate_); }

  double randomTriggersRunRate() const { return (randomTriggersRunRate_); }

  double calibrationTriggersRunRate() const { return (calibrationTriggersRunRate_); }

  double totalTestTriggersRunRate() const { return (totalTestTriggersRunRate_); }

  double orbitNumberRunRate() const { return (orbitNumberRunRate_); }

  double numberResetsRunRate() const { return (numberResetsRunRate_); }

  double deadTimeRunPercent() const { return (deadTimeRunPercent_); }

  double deadTimeActiveRunPercent() const { return (deadTimeActiveRunPercent_); }

  double deadTimeActiveCalibrationRunPercent() const { return (deadTimeActiveCalibrationRunPercent_); }

  double deadTimeActivePrivateRunPercent() const { return (deadTimeActivePrivateRunPercent_); }

  double deadTimeActivePartitionRunPercent() const { return (deadTimeActivePartitionRunPercent_); }

  double deadTimeActiveThrottleRunPercent() const { return (deadTimeActiveThrottleRunPercent_); }

  double deadTimeActiveTimeSlotRunPercent() const { return (deadTimeActiveTimeSlotRunPercent_); }

  double finalTriggersInvalidBCRunPercent() const { return (finalTriggersInvalidBCRunPercent_); }

  double lostFinalTriggersRunPercent() const { return (lostFinalTriggersRunPercent_); }

  double lostFinalTriggersActiveRunPercent() const { return (lostFinalTriggersActiveRunPercent_); }

  std::vector<double> triggersRunRate() const { return (triggersRunRate_); }

  std::vector<double> testTriggersRunRate() const { return (testTriggersRunRate_); }

  int operator==(const L1TriggerRates& e) const { return false; }

  int operator!=(const L1TriggerRates& e) const { return false; }

protected:
  int version_;
  TimeSpec collectionTimeSummary_;

  double deltaT_;
  double deltaTActive_;

  double triggerNumberRate_;
  double eventNumberRate_;
  double finalTriggersDistributedRate_;
  double finalTriggersGeneratedRate_;
  double randomTriggersRate_;
  double calibrationTriggersRate_;
  double totalTestTriggersRate_;
  double orbitNumberRate_;
  double numberResetsRate_;
  double deadTimePercent_;
  double deadTimeActivePercent_;
  double deadTimeActiveCalibrationPercent_;
  double deadTimeActivePrivatePercent_;
  double deadTimeActivePartitionPercent_;
  double deadTimeActiveThrottlePercent_;
  double deadTimeActiveTimeSlotPercent_;
  double finalTriggersInvalidBCPercent_;
  double lostFinalTriggersPercent_;
  double lostFinalTriggersActivePercent_;

  std::vector<double> triggersRate_;
  std::vector<double> testTriggersRate_;

  double deltaTRun_;
  double deltaTRunActive_;

  double triggerNumberRunRate_;
  double eventNumberRunRate_;
  double finalTriggersDistributedRunRate_;
  double finalTriggersGeneratedRunRate_;
  double randomTriggersRunRate_;
  double calibrationTriggersRunRate_;
  double totalTestTriggersRunRate_;
  double orbitNumberRunRate_;
  double numberResetsRunRate_;
  double deadTimeRunPercent_;
  double deadTimeActiveRunPercent_;
  double deadTimeActiveCalibrationRunPercent_;
  double deadTimeActivePrivateRunPercent_;
  double deadTimeActivePartitionRunPercent_;
  double deadTimeActiveThrottleRunPercent_;
  double deadTimeActiveTimeSlotRunPercent_;
  double finalTriggersInvalidBCRunPercent_;
  double lostFinalTriggersRunPercent_;
  double lostFinalTriggersActiveRunPercent_;

  TimeSpec collectionTimeDetails_;
  std::vector<double> triggersRunRate_;
  std::vector<double> testTriggersRunRate_;
};

std::ostream& operator<<(std::ostream& s, const L1TriggerRates& c);

typedef std::vector<L1TriggerRates> L1TriggerRatesCollection;

#endif