#ifndef FPS_L1CLUSTERCHUNK
#define FPS_L1CLUSTERCHUNK
///////////////////////////////////////////////////////////////////////////////
//
// File: FPS_L1ClusterChunk.hpp
//
///////////////////////////////////////////////////////////////////////////////
//
// Purpose:   Header File for FPS objects Finder
//    Created: JUN-99: A. Lucotte
//
//    Purpose: L1 FPS Cluster Finder code
//                - Form FPS clusters as defined in FPS_L1Cluster Class 
//                - Count total number of FPS clusters found
//    History: JUL-99  A.L. 
//              - completed the modification due to the use of 
//                FPS_L1Cluster Class 
//              - used packing/unpacking function by Mrinmoy
//            SEP-99  A.L.
//              - got rid of packing/unpacking functions
//              - switched to M. Fortner Format in his new class
//                D0MCH::CTTClusterChannel  --still incomplete
//              - Added MIP bit pattern info, seen as an integer:
//                pattern = 7 bits:xxxxxxx <==> integer ranging 1 to 64 
//                Method Get_ClusterMip() has been used.
//            SEP-99  
//              - Added L1 Data (cluster Count):  
//                electron / shower count per sector  (==Analog Front End Board)
//                electron / shower count per quadrant(==Broadcaster level) 
//                troncation used: 
//                maximum of 16 e- + 16 shower / Sector
//                maximum of 32 e- + 32 shower / Quadrant                
//                Note: sector index is 0 to 15 (NORTH) 
//                                     16 to 31 (SOUTH)
//                      quadrant index is 0 to 3 (NORTH)
//                                        4 to 7 (SOUTH)
//              - Added event count in the Class:
//                    FPS_L1ClusterChunk( _count, Event )
//             Oct-99  Kin Yip
//              - Introduce  "const maxfps_cls" in the namespace l1fps_const to replace 512 ;
//              - make _l1fpsClusterCount "static" for ntuples.
///////////////////////////////////////////////////////////////////////////////

#include "tsim_l1ft/FPS_L1Cluster.hpp"
#include "unpack_data/ctt_l1/CTTClusterChannel.hpp"


namespace l1fps_const {
 const int maxfps_cls = 512 ;
}


//=========================================================
// FPS L1 Cluster Class
//=========================================================

class FPS_L1ClusterChunk{

public:
  FPS_L1ClusterChunk(int _count, edm::Event& );
  ~FPS_L1ClusterChunk();
  int Get_L1ClusterCount( edm::Event& );
  void FPS_L1ClusterChunkForm( edm::Event& );
  std::vector<D0MCH::CTTClusterChannel> create_fpsl1Chunk();

  static void initFPSHistogram(void) ;

private:
  int _count;
  static int _l1fpsClusterCount;                      // Count L1 Objects
  int _l1FEelectronCount[31];                  // Electron count / Front End
  int _l1FEshowerCount[31];                    // Shower Count / Front End
  int _l1BRelectronCount[7];                  // Electron Count / BRoadcaster
  int _l1BRshowerCount[7];                    // Shower Count / BRoadcaster

  FPS_L1Cluster _fps_l1cluster[ l1fps_const::maxfps_cls ];   // List of L1 Objects

};
#endif