///////////////////////////////////////////////////////////////////////
//
// Loads the data produces by SOCDataProc and runs the peak analysis
// on it. The output of the peak finding are the centroid, width and
// occupancy per channel.
//
// Author:  Jose Maneira <maneira@lip.pt>
//
// REVISION HISTORY:
//      19/11/2013 : J.Maneira - First Revision, new file.
//      09/07/2015 : R.Stainforth - Added bucket time to the
//                                  computation of the transit time
//                                - Changed the PeakFindWide window to
//                                  2.5 sigmas (previously 4.0) for the
//                                  global time offset calculation.
//                                - PeakFindNarrow now uses the direct SOCPMT
//                                  hit-time information rather than a timing
//                                  histogram.
//
///////////////////////////////////////////////////////////////////////

#ifndef __RAT_SOCPeakProc__
#define __RAT_SOCPeakProc__

#include <RAT/Processor.hh>
#include <RAT/DS/SOC.hh>


namespace RAT
{

class SOCPeakProc : public Processor
{
public:
  // Constructor, does nothing
  SOCPeakProc() : Processor( "socPeak" ) { }
  // empty virtual destructor
  virtual ~SOCPeakProc() {};
  // Called at the end of the run, load the soc data and does the peak finding
  virtual void EndOfRun( DS::Run& run );

protected:
  // Called at the end of the run, once per source
  //
  // soc: pointer to soc information
  // run: pointer to run information
  virtual void GlobalTimeOffset( DS::SOC& soc , DS::Run& run );

};

} // ::RAT

#endif