Level1TriggerRates.cc

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/*
 *   File: DataFormats/Scalers/src/Level1TriggerRates.cc   (W.Badgett)
 */
 
#include "DataFormats/Scalers/interface/Level1TriggerRates.h"
#include "DataFormats/Scalers/interface/Level1TriggerScalers.h"
 
#include <iostream>
#include <cstdio>
 
Level1TriggerRates::Level1TriggerRates()
    : version_(0),
      collectionTime_(0, 0),
      deltaNS_(0),
      deltaT_(0.0),
      gtTriggersRate_(0.0),
      gtEventsRate_(0.0),
      collectionTimeLumiSeg_(0, 0),
      triggersPhysicsGeneratedFDLRate_(0.0),
      triggersPhysicsLostRate_(0.0),
      triggersPhysicsLostBeamActiveRate_(0.0),
      triggersPhysicsLostBeamInactiveRate_(0.0),
      l1AsPhysicsRate_(0.0),
      l1AsRandomRate_(0.0),
      l1AsTestRate_(0.0),
      l1AsCalibrationRate_(0.0),
      deadtimePercent_(0.0),
      deadtimeBeamActivePercent_(0.0),
      deadtimeBeamActiveTriggerRulesPercent_(0.0),
      deadtimeBeamActiveCalibrationPercent_(0.0),
      deadtimeBeamActivePrivateOrbitPercent_(0.0),
      deadtimeBeamActivePartitionControllerPercent_(0.0),
      deadtimeBeamActiveTimeSlotPercent_(0.0),
      gtAlgoCountsRate_(Level1TriggerScalers::nLevel1Triggers),
      gtTechCountsRate_(Level1TriggerScalers::nLevel1TestTriggers) {}
 
Level1TriggerRates::Level1TriggerRates(Level1TriggerScalers const& s) {
  Level1TriggerRates(s, Level1TriggerScalers::firstShortLSRun);
}
 
Level1TriggerRates::Level1TriggerRates(Level1TriggerScalers const& s, int runNumber) {
  Level1TriggerRates();
  computeRates(s, runNumber);
}
 
Level1TriggerRates::Level1TriggerRates(Level1TriggerScalers const& s1, Level1TriggerScalers const& s2) {
  Level1TriggerRates(s1, s2, Level1TriggerScalers::firstShortLSRun);
}
 
Level1TriggerRates::Level1TriggerRates(Level1TriggerScalers const& s1, Level1TriggerScalers const& s2, int runNumber) {
  Level1TriggerRates();
  computeRates(s1, s2, runNumber);
}
 
Level1TriggerRates::~Level1TriggerRates() {}
 
void Level1TriggerRates::computeRates(Level1TriggerScalers const& t) {
  computeRates(t, Level1TriggerScalers::firstShortLSRun);
}
 
void Level1TriggerRates::computeRates(Level1TriggerScalers const& t, int run) {
  version_ = t.version();
 
  collectionTime_.set_tv_sec(static_cast<long>(t.collectionTime().tv_sec));
  collectionTime_.set_tv_nsec(t.collectionTime().tv_nsec);
 
  gtTriggersRate_ = t.gtTriggersRate();
  gtEventsRate_ = t.gtEventsRate();
 
  collectionTimeLumiSeg_.set_tv_sec(static_cast<long>(t.collectionTimeLumiSeg().tv_sec));
  collectionTimeLumiSeg_.set_tv_nsec(t.collectionTimeLumiSeg().tv_nsec);
 
  triggersPhysicsGeneratedFDLRate_ = Level1TriggerScalers::rateLS(t.triggersPhysicsGeneratedFDL(), run);
  triggersPhysicsLostRate_ = Level1TriggerScalers::rateLS(t.triggersPhysicsLost(), run);
  triggersPhysicsLostBeamActiveRate_ = Level1TriggerScalers::rateLS(t.triggersPhysicsLostBeamActive(), run);
  triggersPhysicsLostBeamInactiveRate_ = Level1TriggerScalers::rateLS(t.triggersPhysicsLostBeamInactive(), run);
 
  l1AsPhysicsRate_ = Level1TriggerScalers::rateLS(t.l1AsPhysics(), run);
  l1AsRandomRate_ = Level1TriggerScalers::rateLS(t.l1AsRandom(), run);
  l1AsTestRate_ = Level1TriggerScalers::rateLS(t.l1AsTest(), run);
  l1AsCalibrationRate_ = Level1TriggerScalers::rateLS(t.l1AsCalibration(), run);
 
  deadtimePercent_ = Level1TriggerScalers::percentLS(t.deadtime(), run);
  deadtimeBeamActivePercent_ = Level1TriggerScalers::percentLSActive(t.deadtimeBeamActive(), run);
  deadtimeBeamActiveTriggerRulesPercent_ =
      Level1TriggerScalers::percentLSActive(t.deadtimeBeamActiveTriggerRules(), run);
  deadtimeBeamActiveCalibrationPercent_ = Level1TriggerScalers::percentLSActive(t.deadtimeBeamActiveCalibration(), run);
  deadtimeBeamActivePrivateOrbitPercent_ =
      Level1TriggerScalers::percentLSActive(t.deadtimeBeamActivePrivateOrbit(), run);
  deadtimeBeamActivePartitionControllerPercent_ =
      Level1TriggerScalers::percentLSActive(t.deadtimeBeamActivePartitionController(), run);
  deadtimeBeamActiveTimeSlotPercent_ = Level1TriggerScalers::percentLSActive(t.deadtimeBeamActiveTimeSlot(), run);
 
  const std::vector<unsigned int> gtAlgoCounts = t.gtAlgoCounts();
  for (std::vector<unsigned int>::const_iterator counts = gtAlgoCounts.begin(); counts != gtAlgoCounts.end();
       ++counts) {
    gtAlgoCountsRate_.push_back(Level1TriggerScalers::rateLS(*counts, run));
  }
 
  const std::vector<unsigned int> gtTechCounts = t.gtTechCounts();
  for (std::vector<unsigned int>::const_iterator counts = gtTechCounts.begin(); counts != gtTechCounts.end();
       ++counts) {
    gtTechCountsRate_.push_back(Level1TriggerScalers::rateLS(*counts, run));
  }
 
  deltaNS_ = 0ULL;
  deltaT_ = 0.0;
}
 
void Level1TriggerRates::computeRates(Level1TriggerScalers const& t1, Level1TriggerScalers const& t2) {
  computeRates(t1, t2, Level1TriggerScalers::firstShortLSRun);
}
 
void Level1TriggerRates::computeRates(Level1TriggerScalers const& t1, Level1TriggerScalers const& t2, int run) {
  computeRates(t1, run);
 
  unsigned long long zeit1 = ((unsigned long long)t1.collectionTime().tv_sec * 1000000000ULL) |
                             ((unsigned long long)t1.collectionTime().tv_nsec);
  unsigned long long zeit2 = ((unsigned long long)t2.collectionTime().tv_sec * 1000000000ULL) |
                             ((unsigned long long)t2.collectionTime().tv_nsec);
 
  deltaT_ = 0.0;
  deltaNS_ = 0ULL;
  if (zeit2 > zeit1) {
    deltaNS_ = zeit2 - zeit1;
    deltaT_ = ((double)deltaNS_) / 1.0E9;
    gtTriggersRate_ = ((double)(t2.gtTriggers() - t1.gtTriggers())) / deltaT_;
    gtEventsRate_ = ((double)(t2.gtEvents() - t1.gtEvents())) / deltaT_;
  }
}
 
std::ostream& operator<<(std::ostream& s, const Level1TriggerRates& c) {
  constexpr size_t kLineBufferSize = 164;
  char line[kLineBufferSize];
  char zeitHeaven[128];
  struct tm* horaHeaven;
 
  s << "Level1TriggerRates Version: " << c.version() << " Rates in Hz, DeltaT: ";
 
  if (c.deltaNS() > 0) {
    s << c.deltaT() << " sec" << std::endl;
  } else {
    s << "n/a" << std::endl;
  }
 
  struct timespec secondsToHeaven = c.collectionTime();
  horaHeaven = gmtime(&secondsToHeaven.tv_sec);
  strftime(zeitHeaven, sizeof(zeitHeaven), "%Y.%m.%d %H:%M:%S", horaHeaven);
  snprintf(line, kLineBufferSize, " CollectionTime:        %s.%9.9d", zeitHeaven, (int)secondsToHeaven.tv_nsec);
  s << line << std::endl;
 
  snprintf(line, kLineBufferSize, " GtTriggersRate:                              %22.3f Hz", c.gtTriggersRate());
  s << line << std::endl;
 
  snprintf(line, kLineBufferSize, " GtEventsRate:                                %22.3f Hz", c.gtEventsRate());
  s << line << std::endl;
 
  secondsToHeaven = c.collectionTimeLumiSeg();
  horaHeaven = gmtime(&secondsToHeaven.tv_sec);
  strftime(zeitHeaven, sizeof(zeitHeaven), "%Y.%m.%d %H:%M:%S", horaHeaven);
  snprintf(line, kLineBufferSize, " CollectionTimeLumiSeg: %s.%9.9d", zeitHeaven, (int)secondsToHeaven.tv_nsec);
  s << line << std::endl;
 
  snprintf(line,
           kLineBufferSize,
           " TriggersPhysicsGeneratedFDLRate:             %22.3f Hz",
           c.triggersPhysicsGeneratedFDLRate());
  s << line << std::endl;
 
  snprintf(
      line, kLineBufferSize, " TriggersPhysicsLostRate:                     %22.3f Hz", c.triggersPhysicsLostRate());
  s << line << std::endl;
 
  snprintf(line,
           kLineBufferSize,
           " TriggersPhysicsLostBeamActiveRate:           %22.3f Hz",
           c.triggersPhysicsLostBeamActiveRate());
  s << line << std::endl;
 
  snprintf(line,
           kLineBufferSize,
           " TriggersPhysicsLostBeamInactiveRate:         %22.3f Hz",
           c.triggersPhysicsLostBeamInactiveRate());
  s << line << std::endl;
 
  snprintf(line, kLineBufferSize, " L1AsPhysicsRate:                             %22.3f Hz", c.l1AsPhysicsRate());
  s << line << std::endl;
 
  snprintf(line, kLineBufferSize, " L1AsRandomRate:                              %22.3f Hz", c.l1AsRandomRate());
  s << line << std::endl;
 
  snprintf(line, kLineBufferSize, " L1AsTestRate:                                %22.3f Hz", c.l1AsTestRate());
  s << line << std::endl;
 
  snprintf(line, kLineBufferSize, " L1AsCalibrationRate:                         %22.3f Hz", c.l1AsCalibrationRate());
  s << line << std::endl;
 
  snprintf(line, kLineBufferSize, " DeadtimePercent:                             %22.3f %%", c.deadtimePercent());
  s << line << std::endl;
 
  snprintf(
      line, kLineBufferSize, " DeadtimeBeamActivePercent:                   %22.3f %%", c.deadtimeBeamActivePercent());
  s << line << std::endl;
 
  snprintf(line,
           kLineBufferSize,
           " DeadtimeBeamActiveTriggerRulesPercent:       %22.3f %%",
           c.deadtimeBeamActiveTriggerRulesPercent());
  s << line << std::endl;
 
  snprintf(line,
           kLineBufferSize,
           " DeadtimeBeamActiveCalibrationPercent:        %22.3f %%",
           c.deadtimeBeamActiveCalibrationPercent());
  s << line << std::endl;
 
  snprintf(line,
           kLineBufferSize,
           " DeadtimeBeamActivePrivateOrbitPercent:       %22.3f %%",
           c.deadtimeBeamActivePrivateOrbitPercent());
  s << line << std::endl;
 
  snprintf(line,
           kLineBufferSize,
           " DeadtimeBeamActivePartitionControllerPercent:%22.3f %%",
           c.deadtimeBeamActivePartitionControllerPercent());
  s << line << std::endl;
 
  snprintf(line,
           kLineBufferSize,
           " DeadtimeBeamActiveTimeSlotPercent:           %22.3f %%",
           c.deadtimeBeamActiveTimeSlotPercent());
  s << line << std::endl;
 
  s << "Physics GtAlgoCountsRate, Hz" << std::endl;
  const std::vector<double> gtAlgoCountsRate = c.gtAlgoCountsRate();
  int length = gtAlgoCountsRate.size() / 4;
  for (int i = 0; i < length; i++) {
    snprintf(line,
             kLineBufferSize,
             " %3.3d: %12.3f  %3.3d: %12.3f  %3.3d: %12.3f  %3.3d: %12.3f",
             i,
             gtAlgoCountsRate[i],
             (i + length),
             gtAlgoCountsRate[i + length],
             (i + (length * 2)),
             gtAlgoCountsRate[i + (length * 2)],
             (i + (length * 3)),
             gtAlgoCountsRate[i + (length * 3)]);
    s << line << std::endl;
  }
 
  s << "Test GtTechCountsRate, Hz" << std::endl;
  const std::vector<double> gtTechCountsRate = c.gtTechCountsRate();
  length = gtTechCountsRate.size() / 4;
  for (int i = 0; i < length; i++) {
    snprintf(line,
             kLineBufferSize,
             " %3.3d: %12.3f  %3.3d: %12.3f  %3.3d: %12.3f  %3.3d: %12.3f",
             i,
             gtTechCountsRate[i],
             (i + length),
             gtTechCountsRate[i + length],
             (i + (length * 2)),
             gtTechCountsRate[i + (length * 2)],
             (i + (length * 3)),
             gtTechCountsRate[i + (length * 3)]);
    s << line << std::endl;
  }
  return s;
}