//////////////////////////////////////////////////////////////////////////////
/// \class RAT::GeoN16SourceFactory
///
/// \brief  N16 source geometry factory (with working PMT)
///
/// \author Phil G Jones <p.g.jones@qmul.ac.uk>
/// \author Matthew Mottram <m.mottram@qmul.ac.uk>
/// \author Zachariah Barnard <zbarnard@laurentian.ca> -- contact person
///
/// REVISION HISTORY:\n
///   15/02/2012 : P. Jones - First version \n
///   25/04/2017 : Z. Barnard - Updated with N16 measurements
///
/// \details Construct the N16 source. To load this
///         geometry into the simulation, use:
///
///              /rat/db/load geo/N16Source.geo
///
///         This geometry should be used with the N16 generator, for example:
///
///              /generator/add n16source
///              /generator/rate/set 1
///
///         If you want to shift the position of the can source from the centre
///         of the detector, then use the command:
///
///              /rat/db/set GEO["N16Source"] pos [x, y, z]
///
//////////////////////////////////////////////////////////////////////////////

#ifndef __RAT_GeoN16SourceFactory__
#define __RAT_GeoN16SourceFactory__

#include <G4VPhysicalVolume.hh>
#include <RAT/GeoFactory.hh>
#include <RAT/GeoPMTBuilderBase.hh>

namespace RAT
{
  class GeoN16SourceFactory : public GeoFactory, public GeoPMTBuilderBase
{
public:
  GeoN16SourceFactory() : GeoFactory("N16Builder") {};
  /// Build and return the N16 source
  /// @param[in] checkOverlaps when placing
  virtual void Construct(DBLinkPtr table,
                         const bool checkOverlaps);
  void LoadCalibCommon(std::string fCalInfo);

  std::string fSourceType;
  TVector3 fPosition;
  TVector3 fOrientationVector;
  int fOrientationCode;
  };

} // namespace RAT

#endif