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#ifndef BEAMSPOTONLINEOBJECTS_H
#define BEAMSPOTONLINEOBJECTS_H
/** \class BeamSpotOnlineObjects
*
* Class inheriting from BeamSpotObjects.
* New members of the class:
* - lastAnalyzedLumi : last lumisection analyzed
* - lastAnalyzedRun : run of the last analyzed lumisection
* - lastAnalyzedFill : fill of the last analyzed lumisection
*
* \author Francisco Brivio, Milano-Bicocca (francesco.brivio@cern.ch)
*
*/
#include "CondFormats/Serialization/interface/Serializable.h"
#include "CondFormats/Common/interface/Time.h"
#include "CondFormats/BeamSpotObjects/interface/BeamSpotObjects.h"
#include <cmath>
#include <sstream>
#include <cstring>
#include <vector>
#include <string>
class BeamSpotOnlineObjects : public BeamSpotObjects {
public:
/// default constructor
BeamSpotOnlineObjects() {
lastAnalyzedLumi_ = 0;
lastAnalyzedRun_ = 0;
lastAnalyzedFill_ = 0;
intParams_.resize(ISIZE, std::vector<int>(1, 0));
floatParams_.resize(FSIZE, std::vector<float>(1, 0.0));
stringParams_.resize(SSIZE, std::vector<std::string>(1, ""));
timeParams_.resize(TSIZE, std::vector<unsigned long long>(1, 0ULL));
}
~BeamSpotOnlineObjects() override {}
/// Enums
enum IntParamIndex { NUM_TRACKS = 0, NUM_PVS = 1, USED_EVENTS = 2, MAX_PVS = 3, ISIZE = 4 };
enum FloatParamIndex { MEAN_PV = 0, ERR_MEAN_PV = 1, RMS_PV = 2, ERR_RMS_PV = 3, FSIZE = 4 };
enum StringParamIndex { START_TIME = 0, END_TIME = 1, LUMI_RANGE = 2, SSIZE = 3 };
enum TimeParamIndex { CREATE_TIME = 0, START_TIMESTAMP = 1, END_TIMESTAMP = 2, TSIZE = 3 };
/// Setters Methods
// copy all copiable members from BeamSpotObjects
void copyFromBeamSpotObject(const BeamSpotObjects& bs);
// set lastAnalyzedLumi_, last analyzed lumisection
void setLastAnalyzedLumi(int val) { lastAnalyzedLumi_ = val; }
// set lastAnalyzedRun_, run of the last analyzed lumisection
void setLastAnalyzedRun(int val) { lastAnalyzedRun_ = val; }
// set lastAnalyzedFill_, fill of the last analyzed lumisection
void setLastAnalyzedFill(int val) { lastAnalyzedFill_ = val; }
// set number of tracks used in the BeamSpot fit
void setNumTracks(int val);
// set number of Primary Vertices used in the BeamSpot fit
void setNumPVs(int val);
// set number of Events used in the BeamSpot fit (for DIP)
void setUsedEvents(int val);
// set max number of Primary Vertices used in the BeamSpot fit (for DIP)
void setMaxPVs(int val);
// set mean number of PVs (for DIP)
void setMeanPV(float val);
// set error on mean number of PVs (for DIP)
void setMeanErrorPV(float val);
// set rms of number of PVs (for DIP)
void setRmsPV(float val);
// set error on rm of number of PVs (for DIP)
void setRmsErrorPV(float val);
// set start time of the firs LS as string (for DIP)
void setStartTime(std::string val);
// set end time of the last LS as string (for DIP)
void setEndTime(std::string val);
// set lumi range as string (for DIP)
void setLumiRange(std::string val);
// set creation time of the payload
void setCreationTime(cond::Time_t val);
// set timestamp of the first LS (for DIP)
void setStartTimeStamp(cond::Time_t val);
// set timestamp of the last LS (for DIP)
void setEndTimeStamp(cond::Time_t val);
/// Getters Methods
// get lastAnalyzedLumi_, last analyzed lumisection
int lastAnalyzedLumi() const { return lastAnalyzedLumi_; }
// get lastAnalyzedRun_, run of the last analyzed lumisection
int lastAnalyzedRun() const { return lastAnalyzedRun_; }
// get lastAnalyzedFill_, fill of the last analyzed lumisection
int lastAnalyzedFill() const { return lastAnalyzedFill_; }
// get number of tracks used in the BeamSpot fit
int numTracks() const;
// get number of Primary Vertices used in the BeamSpot fit
int numPVs() const;
// get number of Events used in the BeamSpot fit (for DIP)
int usedEvents() const;
// get max number of Primary Vertices used in the BeamSpot fit (for DIP)
int maxPVs() const;
// get mean number of PVs (for DIP)
float meanPV() const;
// get error on mean number of PVs (for DIP)
float meanErrorPV() const;
// get rms of number of PVs (for DIP)
float rmsPV() const;
// get error on rm of number of PVs (for DIP)
float rmsErrorPV() const;
// get start time of the firs LS as string (for DIP)
std::string startTime() const;
// get end time of the last LS as string (for DIP)
std::string endTime() const;
// get lumi range as string (for DIP)
std::string lumiRange() const;
// get creation time of the payload
cond::Time_t creationTime() const;
// get timestamp of the first LS (for DIP)
cond::Time_t startTimeStamp() const;
// get timestamp of the last LS (for DIP)
cond::Time_t endTimeStamp() const;
/// Print BeamSpotOnline parameters
void print(std::stringstream& ss) const;
private:
int lastAnalyzedLumi_;
int lastAnalyzedRun_;
int lastAnalyzedFill_;
std::vector<std::vector<int> > intParams_;
std::vector<std::vector<float> > floatParams_;
std::vector<std::vector<std::string> > stringParams_;
std::vector<std::vector<unsigned long long> > timeParams_; // unsigned long long is equal to cond::Time_t
COND_SERIALIZABLE;
};
std::ostream& operator<<(std::ostream&, BeamSpotOnlineObjects beam);
#endif
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