#ifndef __JDETECTOR__JDETECTORADDRESSMAPTOOLKIT__
#define __JDETECTOR__JDETECTORADDRESSMAPTOOLKIT__

#include "JLang/JTypeList.hh"
#include "JLang/JNullType.hh"
#include "JLang/JType.hh"
#include "JLang/JException.hh"

#include "JDetector/JModuleAddressMap.hh"
#include "JDetector/JDetectorAddressMap.hh"


/**
 * \file
 * Detector specific mapping between logical positions and readout channels of PMTs in optical modules.
 * \author mdejong
 */
namespace JDETECTOR {}
namespace JPP { using namespace JDETECTOR; }

namespace JDETECTOR {

  using JLANG::JTypeList;
  using JLANG::JTYPELIST;
  using JLANG::JNullType;
  using JLANG::JType;
  using JLANG::JIndexOutOfRange;
  

  /**
   * Type definitions for different detectors.
   */
  struct JPPM_DU_t     {};    //!< PPM_DU
  struct JKM3NeT_t     {};    //!< %KM3NeT
  struct JMonteCarlo_t {};    //!< Monte Carlo
  struct JAntares_t    {};    //!< %Antares
  struct JObsolete_t   {};    //!< obsolete detector
  struct JKM3NeTDB_t   {};    //!< %KM3NeT with cable swaps according database (see JPMTSwapDB.cc)


  /**
   * Type list of %KM3NeT detector types (specific detectors first).
   */
  typedef JTYPELIST<JPPM_DU_t, JKM3NeTDB_t, JKM3NeT_t, JMonteCarlo_t>::typelist  JDetectorTypes_t;

  
  /**
   * Check validity of detector identifier.
   *
   * \param  type       detector type
   * \param  id         detector identifier
   * \return            true if valid match; else false
   */
  inline bool hasDetector(JType<JPPM_DU_t>     type, const int id) { return id ==	    1; }
  inline bool hasDetector(JType<JKM3NeTDB_t>   type, const int id) { return id >= 116; }
  inline bool hasDetector(JType<JKM3NeT_t>     type, const int id) { return id >=           2 && id <= 2000000000; }
  inline bool hasDetector(JType<JMonteCarlo_t> type, const int id) { return id >= -2000000000 && id <=         -2; }


  /**
   * Template lookup table for PMT addresses in detector.\n
   * The template argument refers to a specific detector.\n
   * This class should be specialised for each detector.\n
   * In the constructor of the specialised class, the various PMT swaps should be defined.
   */
  template<class JDetector_t>
  class JTemplateDetectorAddressMap;

  
  /**
   * Template specialisation of JTemplateDetectorAddressMap for obsolete detector.
   */
  template<>
  class JTemplateDetectorAddressMap<JObsolete_t> :
    public JDetectorAddressMap
  {
  public:
    /**
     * Default constructor.
     */
    JTemplateDetectorAddressMap() :
      JDetectorAddressMap()
    {}


    /**
     * Get default module address map.
     *
     * \return            module address map
     */
    virtual const JModuleAddressMap& getDefaultModuleAddressMap() const override 
    {
      static JModuleAddressMap memo;

      if (memo.empty()) {

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 0), JPMTPhysicalAddress('A', 1)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 1), JPMTPhysicalAddress('B', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 2), JPMTPhysicalAddress('B', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 3), JPMTPhysicalAddress('B', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 4), JPMTPhysicalAddress('B', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 5), JPMTPhysicalAddress('B', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 6), JPMTPhysicalAddress('B', 6)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 7), JPMTPhysicalAddress('C', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 8), JPMTPhysicalAddress('C', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 9), JPMTPhysicalAddress('C', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(10), JPMTPhysicalAddress('C', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(11), JPMTPhysicalAddress('C', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(12), JPMTPhysicalAddress('C', 6)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(13), JPMTPhysicalAddress('D', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(14), JPMTPhysicalAddress('D', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(15), JPMTPhysicalAddress('D', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(16), JPMTPhysicalAddress('D', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(17), JPMTPhysicalAddress('D', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(18), JPMTPhysicalAddress('D', 6)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(19), JPMTPhysicalAddress('E', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(20), JPMTPhysicalAddress('E', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(21), JPMTPhysicalAddress('E', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(22), JPMTPhysicalAddress('E', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(23), JPMTPhysicalAddress('E', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(24), JPMTPhysicalAddress('E', 6)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(25), JPMTPhysicalAddress('F', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(26), JPMTPhysicalAddress('F', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(27), JPMTPhysicalAddress('F', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(28), JPMTPhysicalAddress('F', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(29), JPMTPhysicalAddress('F', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(30), JPMTPhysicalAddress('F', 6)));

	memo.configure();
      }

      return memo;
    }
  };


  /**
   * Template specialisation of JTemplateDetectorAddressMap for PPM_DU detector.
   */
  template<>
  class JTemplateDetectorAddressMap<JPPM_DU_t> :
    public JDetectorAddressMap
  {
  public:
    /**
     * Default constructor.
     */
    JTemplateDetectorAddressMap() :
      JDetectorAddressMap()
    {
      get(103).swap(24,30);
    }


    /**
     * Get default module address map.
     *
     * \return            module address map
     */
    virtual const JModuleAddressMap& getDefaultModuleAddressMap() const override 
    {
      static JModuleAddressMap memo;

      if (memo.empty()) {

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 0), JPMTPhysicalAddress('A', 1)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 6), JPMTPhysicalAddress('B', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 5), JPMTPhysicalAddress('B', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 4), JPMTPhysicalAddress('B', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 3), JPMTPhysicalAddress('B', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 2), JPMTPhysicalAddress('B', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 1), JPMTPhysicalAddress('B', 6)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(12), JPMTPhysicalAddress('C', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(11), JPMTPhysicalAddress('C', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(10), JPMTPhysicalAddress('C', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 9), JPMTPhysicalAddress('C', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 8), JPMTPhysicalAddress('C', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 7), JPMTPhysicalAddress('C', 6)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(18), JPMTPhysicalAddress('D', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(17), JPMTPhysicalAddress('D', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(16), JPMTPhysicalAddress('D', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(15), JPMTPhysicalAddress('D', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(14), JPMTPhysicalAddress('D', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(13), JPMTPhysicalAddress('D', 6)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(19), JPMTPhysicalAddress('E', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(24), JPMTPhysicalAddress('E', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(23), JPMTPhysicalAddress('E', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(22), JPMTPhysicalAddress('E', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(21), JPMTPhysicalAddress('E', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(20), JPMTPhysicalAddress('E', 6)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(25), JPMTPhysicalAddress('F', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(30), JPMTPhysicalAddress('F', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(29), JPMTPhysicalAddress('F', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(28), JPMTPhysicalAddress('F', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(27), JPMTPhysicalAddress('F', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(26), JPMTPhysicalAddress('F', 6)));

	memo.configure();
      }

      return memo;
    }
  };


  /**
   * Template specialisation of JTemplateDetectorAddressMap for %KM3NeT detector.
   */
  template<>
  class JTemplateDetectorAddressMap<JKM3NeT_t> :
    public JDetectorAddressMap
  {
  public:
    /**
     * Default constructor.
     */
    JTemplateDetectorAddressMap() :
      JDetectorAddressMap()
    {}


    /**
     * Get default module address map.
     *
     * \return            module address map
     */
    virtual const JModuleAddressMap& getDefaultModuleAddressMap() const override 
    {
      static JModuleAddressMap memo;

      if (memo.empty()) {

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(22), JPMTPhysicalAddress('A', 1)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(14), JPMTPhysicalAddress('B', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(19), JPMTPhysicalAddress('B', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(25), JPMTPhysicalAddress('B', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(24), JPMTPhysicalAddress('B', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(26), JPMTPhysicalAddress('B', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(18), JPMTPhysicalAddress('B', 6)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(13), JPMTPhysicalAddress('C', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(21), JPMTPhysicalAddress('C', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(29), JPMTPhysicalAddress('C', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(28), JPMTPhysicalAddress('C', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(20), JPMTPhysicalAddress('C', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(17), JPMTPhysicalAddress('C', 6)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(12), JPMTPhysicalAddress('D', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(15), JPMTPhysicalAddress('D', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(23), JPMTPhysicalAddress('D', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(30), JPMTPhysicalAddress('D', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(27), JPMTPhysicalAddress('D', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(16), JPMTPhysicalAddress('D', 6)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(10), JPMTPhysicalAddress('E', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 6), JPMTPhysicalAddress('E', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 3), JPMTPhysicalAddress('E', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 2), JPMTPhysicalAddress('E', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 1), JPMTPhysicalAddress('E', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(11), JPMTPhysicalAddress('E', 6)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 9), JPMTPhysicalAddress('F', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 8), JPMTPhysicalAddress('F', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 4), JPMTPhysicalAddress('F', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 0), JPMTPhysicalAddress('F', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 5), JPMTPhysicalAddress('F', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 7), JPMTPhysicalAddress('F', 6)));

	memo.configure();
      }

      return memo;
    }
  };

  
  /**
   * Template specialisation of JTemplateDetectorAddressMap for Monte Carlo detector.
   */
  template<>
  class JTemplateDetectorAddressMap<JMonteCarlo_t> :
    public JDetectorAddressMap
  {
  public:
    /**
     * Default constructor.
     */
    JTemplateDetectorAddressMap() :
      JDetectorAddressMap()
    {}


    /**
     * Get default module address map.
     *
     * \return            module address map
     */
    virtual const JModuleAddressMap& getDefaultModuleAddressMap() const override 
    {
      static JModuleAddressMap memo;

      if (memo.empty()) {

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(22), JPMTPhysicalAddress('A', 1)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(14), JPMTPhysicalAddress('B', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(19), JPMTPhysicalAddress('B', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(25), JPMTPhysicalAddress('B', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(24), JPMTPhysicalAddress('B', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(26), JPMTPhysicalAddress('B', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(18), JPMTPhysicalAddress('B', 6)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(13), JPMTPhysicalAddress('C', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(21), JPMTPhysicalAddress('C', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(29), JPMTPhysicalAddress('C', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(28), JPMTPhysicalAddress('C', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(20), JPMTPhysicalAddress('C', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(17), JPMTPhysicalAddress('C', 6)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(12), JPMTPhysicalAddress('D', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(15), JPMTPhysicalAddress('D', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(23), JPMTPhysicalAddress('D', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(30), JPMTPhysicalAddress('D', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(27), JPMTPhysicalAddress('D', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(16), JPMTPhysicalAddress('D', 6)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(10), JPMTPhysicalAddress('E', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 6), JPMTPhysicalAddress('E', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 3), JPMTPhysicalAddress('E', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 2), JPMTPhysicalAddress('E', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 1), JPMTPhysicalAddress('E', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress(11), JPMTPhysicalAddress('E', 6)));

	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 9), JPMTPhysicalAddress('F', 1)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 8), JPMTPhysicalAddress('F', 2)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 4), JPMTPhysicalAddress('F', 3)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 0), JPMTPhysicalAddress('F', 4)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 5), JPMTPhysicalAddress('F', 5)));
	memo.push_back(JPMTAddressTranslator(JPMTReadoutAddress( 7), JPMTPhysicalAddress('F', 6)));

	memo.configure();
      }

      return memo;
    }
  };


  /**
   * Template specialisation of JTemplateDetectorAddressMap for %KM3NeT detector.
   */
  template<>
  class JTemplateDetectorAddressMap<JKM3NeTDB_t> :
    public JTemplateDetectorAddressMap<JKM3NeT_t>
  {
  public:
    /**
     * Default constructor.
     */
    JTemplateDetectorAddressMap()
    {
      get(817802210).swapTDC(14,18);
      get(817802210).swapTDC(18,26);
      get(817802210).swapTDC(19,26);
      get(817802210).swapTDC(24,25);
      get(817802210).swapTDC(25,26);
    }
  };

  
  /**
   * Get detector address map.
   *
   * \return             detector address map
   */
  template<class JDetector_t>
  inline JDetectorAddressMap& getDetectorAddressMap()
  {
    static JTemplateDetectorAddressMap<JDetector_t> demo;

    return demo;
  }


  /**
   * Get module address map.
   *
   * \param  id          module identifier
   * \return             module address map
   */
  template<class JDetector_t>
  inline JModuleAddressMap& getModuleAddressMap(int id)
  {
    return getDetectorAddressMap<JDetector_t>().get(id);
  }


  /**
   * Get PMT address translator for given module identifier and TDC channel.
   *
   * \param  id          module identifier
   * \param  tdc         TDC
   * \return             PMT address translator
   */
  template<class JDetector_t>
  inline const JPMTAddressTranslator& getPMTAddressTranslator(int id, int tdc)
  {
    return getModuleAddressMap<JDetector_t>(id).getAddressTranslator(tdc);
  }


  /**
   * Get PMT logical index for given module identifier and TDC channel.
   *
   * \param  id          module identifier
   * \param  tdc         TDC
   * \return             PMT logical index
   */
  template<class JDetector_t>
  inline int getPMTLogicalIndex(int id,	int tdc)
  {
    return getModuleAddressMap<JDetector_t>(id).getIndex(tdc);
  }


  /**
   * Auxiliary class to extract detector address map from detector identifier.
   */
  template<class T>
  struct JDetectorAddressMap_t;


  template<class JHead_t, class JTail_t>
  struct JDetectorAddressMap_t< JTypeList<JHead_t, JTail_t> >
  {
    /**
     * Get detector address map.
     *
     * \param  id          detector identifier
     * \return             detector address map
     */
    static JDetectorAddressMap& get(const int id)
    {
      if (hasDetector(JType<JHead_t>(), id)) 
	return getDetectorAddressMap<JHead_t>();
      else
	return JDetectorAddressMap_t<JTail_t>::get(id);
    }


    /**
     * Has detector address map.
     *
     * \param  id          detector identifier
     * \return             true if detector address map available; else false
     */
    static bool has(const int id)
    {
      return hasDetector(JType<JHead_t>(), id) || JDetectorAddressMap_t<JTail_t>::has(id);
    }
  };


  template<class JHead_t>
  struct JDetectorAddressMap_t< JTypeList<JHead_t, JNullType> >
  {
    /**
     * Get detector address map.
     *
     * \param  id          detector identifier
     * \return             detector address map
     */
    static JDetectorAddressMap& get(const int id)
    {
      if (hasDetector(JType<JHead_t>(), id)) 
	return getDetectorAddressMap<JHead_t>();
      else
	THROW(JIndexOutOfRange, "getDetectorAddressMap<..>(" << id << ")" );
    }
    

    /**
     * Has detector address map.
     *
     * \param  id          detector identifier
     * \return             true if detector address map available; else false
     */
    static bool has(const int id)
    {
      return hasDetector(JType<JHead_t>(), id);
    }
  };


  /**
   * Get detector address map.
   *
   * \param  id          detector identifier
   * \return             detector address map
   */
  inline JDetectorAddressMap& getDetectorAddressMap(const int id)
  {
    return JDetectorAddressMap_t<JDetectorTypes_t>::get(id);
  }


  /**
   * Check if detector address map is available.
   *
   * \param  id          detector identifier
   * \return             true if detector address map available; else false
   */
  inline bool hasDetectorAddressMap(const int id)
  {
    return JDetectorAddressMap_t<JDetectorTypes_t>::has(id);
  }
}

#endif