InstallArea/include/MucMappingAlg/MucMappingAlg/MucFec.h

Go to the documentation of this file.

//------------------------------------------------------------------------------|
//      [File  ]:                       MucFec.h                                |
//      [Brief ]:       Header file of class MucFec for electronics mapping     |
//      [Author]:       Xie Yuguang, <[email protected]>                    |
//      [Date  ]:       Jun 7, 2006                                             |
//      [Log   ]:       See ChangLog                                            |
//------------------------------------------------------------------------------|
 
#ifndef MUC_FEC_H
#define MUC_FEC_H
 
#include<iostream>
#include<string>
#include<vector>
 
using namespace std;
 
static const int    LENGTH                  = 16;       // Size of record section
static const int    DEFAULT_STRIP_ORDER   = -1;     // Default strip id defined order
                                                // Order of strip connected to data bit 
                                                              //    1: low data bit corresponding to low strip ID 
                                                              // -1: low data bit corresponding to high strip ID
static const int  STRIP_NUM       = 16;  // Number of strip channel in one fec   
 
//  present DAQ format
//   ModuleID   ErrorFlag Slot  FEC
//  |= = = = =|= = = = = |= = |= = = =|16bit FEC data|
 
//  Old DAQ format
//   ErrorFlag  ModuleID  Slot  FEC
//  |= = = = =|= = = = = |= = |= = = =|16bit FEC data|    
 
static const int  MODULE_BIT  = 6;   // ">>" bit number for module, old DAQ format
//static const int  MODULE_BIT      = 11;  // ">>" bit number for module, present DAQ format, but used in MucBuilder not here
static const int  SOCKET_BIT  = 4;   // ">>" bit number for socket
static const int  PART_BIT    = 14;  // ">>" bit number for part
static const int  SEG_BIT     = 11;  // ">>" bit number for segment
static const int  LAY_BIT     = 7;   // ">>" bit number for layer
 
class MucFec {
 
  public:
      MucFec( int id );
    MucFec( int id, int stripOrder, int part, int segment, int layer, int firstStripID, unsigned int vmeRecord, string chainName);
    ~MucFec( ) { ; }
 
        //-------------------------- Get methods --------------------------------
    int             GetID()           { return m_ID;              }
        int             GetStripOrder() { return m_StripOrder;  }
    unsigned   int  GetVmeRecord()  { return m_VmeRecord;   } 
    unsigned short  GetVmeAddress() { return m_VmeAddress;  }
    unsigned short  GetData()       { return m_Data;          }
 
    int GetPart()         { return m_Part;      }
    int GetSegment()    { return m_Segment; }
    int GetLayer()      { return m_Layer;   }
    unsigned short  GetGeoAddress() { return m_GeoAddress;  }
        int     GetFirstStripID() { return m_FirstStripID;  }
      string    GetChainName()    { return m_ChainName;     }
        int     GetFiredStripNumber();
        vector< int >*  GetFiredStripVect();    
    unsigned int      GetPowerpcRecord();   
      int   DecodeModule()  { return m_Module;      }
        int DecodeSocket()  { return m_Socket;      }
        int DecodeFecID()       { return m_FecID;         } 
        string  GetBin( unsigned int record );  
        string  GetBin( unsigned short record );
        string  GetVmeBin();
        string  GetGeoBin();
        string  GetDataBin();
 
        //-------------------------- Set methods --------------------------------
    void  SetStripOrder( int stripOrder );
        void    SetLocation( int part, int segment, int layer );
        void    SetFirstStripID( int firstStripID );
        void  SetChainName( string chainName );
        void    SetData( unsigned short data );
 
    private:
    int m_ID;               // Id in chain, 0~STRIPNUM-1
    int m_StripOrder;   // Order of strip connected to data bit 
    unsigned int    m_VmeRecord;    // 32 bits record data of VME format: VME address + data 
                                    //  high 16 bits are the VME address, the low 16 bits are signals
                                    //  address contains module, socket, FEC id
    unsigned int  m_PowerpcRecord;  // 32 bits record data of PowerPC format: GEO address + data
                                    //  high 16 bits are the FEC address, the low 16 bits are signals
                                    //  address contains part, segment, layer, and first strip id
                                    //  signals contain 16 strips status
    unsigned short  m_VmeAddress;   // High 16 bit of VME record for VME address    
    unsigned short  m_GeoAddress;   // High 16 bit of PowerPC record for GEO address
    unsigned short  m_Data;           // Low  16 bit of record for data
        
        int     m_Module;       // Module number decoded from VME address
        int     m_Socket;       // Socket number decoded from VME address
        int     m_FecID;        // FEC id decode from VME address, matching m_ID or (STRIPNUM-1) - m_ID 
      string    m_ChainName;    // Chain name FEC belongs to
    int   m_Part;           // Located part
    int   m_Segment;    // located segment
    int   m_Layer;      // located layer
        int     m_FirstStripID;       // First strip id 
        int     m_FiredStripNumber; // Number of fired strips
      vector< int >   m_FiredStripVect; // Vector of fired strip ids
 
        void    Initialize();       
        void    DecodeData();
        void    DecodeVmeAddress();
        void    SetFiredStripNumber();  
        void    SetFiredStripVect();
        void    EncodePowerpcRecord();
        
};
 
#endif