BeamInfo.h

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//  information about the neutrino beam
//  kinga.partyka@yale.edu
#ifndef RAWDATA_BEAMINFO_H
#define RAWDATA_BEAMINFO_H

#include <cstdint>
#include <iosfwd>
#include <map>
#include <string>
#include <vector>

namespace raw {

  class BeamInfo {

  public:
    BeamInfo();
    ~BeamInfo();

  private:
    double tor101;
    double tortgt;
    double trtgtd;
    long long int t_ms;
    uint8_t fRecordType;
    uint32_t fSeconds; // GPS clock. Since Jan 1, 2012.
    uint16_t fMilliSeconds;
    uint16_t fNumberOfDevices;
    std::map<std::string, std::vector<double>> fDataMap;

  public:
    BeamInfo(double tor101, double tortgt, double trtgtd, long long int t_ms);

    double get_tor101() const;
    double get_tortgt() const;
    double get_trtgtd() const;
    long long int get_t_ms() const;

    void SetTOR101(double val);
    void SetTORTGT(double val);
    void SetTRTGTD(double val);
    void SetT_MS(long long int val);

    void SetRecordType(uint8_t val) { fRecordType = val; };
    void SetSeconds(uint32_t val) { fSeconds = val; };
    void SetMilliSeconds(uint16_t val) { fMilliSeconds = val; };
    void SetNumberOfDevices(uint16_t val) { fNumberOfDevices = val; };

    void Set(std::string device_name, double val);
    void Set(std::string device_name, std::vector<double> val);

    uint8_t GetRecordType() const { return fRecordType; };
    uint32_t GetSeconds() const { return fSeconds; };
    uint16_t GetMilliSeconds() const { return fMilliSeconds; };
    uint16_t GetNumberOfDevices() const { return fNumberOfDevices; };

    std::vector<double> Get(std::string device_name);
    std::map<std::string, std::vector<double>> GetDataMap() const { return fDataMap; };

    friend std::ostream& operator<<(std::ostream&, const BeamInfo&);
  };

}

#endif // RAWDATA_BEAMINFO_H