DriftCache.h

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////////////////////////////////////////////////////////////////////////
/// \brief   Hold drift constants from current run
/// \author bckhouse@caltech.edu
/// \date
////////////////////////////////////////////////////////////////////////
#ifndef CALIB_DRIFTCACHE_H
#define CALIB_DRIFTCACHE_H

//#include <map>

#include <string>
#include <ctime>

#include "NovaDAQConventions/DAQConventions.h"
#include "GeometryObjects/OfflineChan.h"

namespace nova{namespace dbi{class Table;}}

namespace calib
{
  class DriftCache
  {
  public:

    DriftCache();
    virtual ~DriftCache();

    double GetFactor(int plane, int cell);

    void SetRun(int detector, int run);
    void SetCSVFile(std::string f) { fCSVFile = f;}

    void SetTag(const std::string& tag) { fTag = tag; }
    std::string GetTag() { return fTag; }

    void SetUseEpochs(bool b) { fUseEpochs = b; }
    bool UseEpochs() { return fUseEpochs; }

    void SetEpoch(const std::string& epoch) { fEpoch = epoch; }
    std::string Epoch() { return fEpoch; }

    void SetEpochTag(const std::string& tag) { fEpochTag = tag; }
    std::string EpochTag() { return fEpochTag; }

    void GetEpochFromDB();

    void UseCSVsFromUPS(bool use = true) {fUseCSVsFromUPS = use;}
    void SetCSVSource(const std::string& path){ fCSVSourceDir = path; }

  protected:
    void Load();
    std::string GetCSVPath();

    bool fTableLoaded;
    bool fUseEpochs;
    bool fUseCSVsFromUPS;
    
    int fDet;
    int fFactorIdx;
    int fRun;

    std::string fCSVFile;
    std::string fCSVSourceDir;
    std::string fTag;
    std::string fEpochTag;
    std::string fEpoch;
    
    nova::dbi::Table* fTbl;
  };

} // end namespace calib

#endif
////////////////////////////////////////////////////////////////////////