00001 //------------------------------------------------------------------------------| 00002 // [File ]: MucFec.h | 00003 // [Brief ]: Header file of class MucFec for electronics mapping | 00004 // [Author]: Xie Yuguang, <ygxie@mail.ihep.ac.cn> | 00005 // [Date ]: Jun 7, 2006 | 00006 // [Log ]: See ChangLog | 00007 //------------------------------------------------------------------------------| 00008 00009 #ifndef MUC_FEC_H 00010 #define MUC_FEC_H 00011 00012 #include<iostream> 00013 #include<string> 00014 #include<vector> 00015 00016 using namespace std; 00017 00018 static const int LENGTH = 16; // Size of record section 00019 static const int DEFAULT_STRIP_ORDER = -1; // Default strip id defined order 00020 // Order of strip connected to data bit 00021 // 1: low data bit corresponding to low strip ID 00022 // -1: low data bit corresponding to high strip ID 00023 static const int STRIP_NUM = 16; // Number of strip channel in one fec 00024 00025 // present DAQ format 00026 // ModuleID ErrorFlag Slot FEC 00027 // |= = = = =|= = = = = |= = |= = = =|16bit FEC data| 00028 00029 // Old DAQ format 00030 // ErrorFlag ModuleID Slot FEC 00031 // |= = = = =|= = = = = |= = |= = = =|16bit FEC data| 00032 00033 static const int MODULE_BIT = 6; // ">>" bit number for module, old DAQ format 00034 //static const int MODULE_BIT = 11; // ">>" bit number for module, present DAQ format, but used in MucBuilder not here 00035 static const int SOCKET_BIT = 4; // ">>" bit number for socket 00036 static const int PART_BIT = 14; // ">>" bit number for part 00037 static const int SEG_BIT = 11; // ">>" bit number for segment 00038 static const int LAY_BIT = 7; // ">>" bit number for layer 00039 00040 class MucFec { 00041 00042 public: 00043 MucFec( int id ); 00044 MucFec( int id, int stripOrder, int part, int segment, int layer, int firstStripID, unsigned int vmeRecord, string chainName); 00045 ~MucFec( ) { ; } 00046 00047 //-------------------------- Get methods -------------------------------- 00048 int GetID() { return m_ID; } 00049 int GetStripOrder() { return m_StripOrder; } 00050 unsigned int GetVmeRecord() { return m_VmeRecord; } 00051 unsigned short GetVmeAddress() { return m_VmeAddress; } 00052 unsigned short GetData() { return m_Data; } 00053 00054 int GetPart() { return m_Part; } 00055 int GetSegment() { return m_Segment; } 00056 int GetLayer() { return m_Layer; } 00057 unsigned short GetGeoAddress() { return m_GeoAddress; } 00058 int GetFirstStripID() { return m_FirstStripID; } 00059 string GetChainName() { return m_ChainName; } 00060 int GetFiredStripNumber(); 00061 vector< int >* GetFiredStripVect(); 00062 unsigned int GetPowerpcRecord(); 00063 int DecodeModule() { return m_Module; } 00064 int DecodeSocket() { return m_Socket; } 00065 int DecodeFecID() { return m_FecID; } 00066 string GetBin( unsigned int record ); 00067 string GetBin( unsigned short record ); 00068 string GetVmeBin(); 00069 string GetGeoBin(); 00070 string GetDataBin(); 00071 00072 //-------------------------- Set methods -------------------------------- 00073 void SetStripOrder( int stripOrder ); 00074 void SetLocation( int part, int segment, int layer ); 00075 void SetFirstStripID( int firstStripID ); 00076 void SetChainName( string chainName ); 00077 void SetData( unsigned short data ); 00078 00079 private: 00080 int m_ID; // Id in chain, 0~STRIPNUM-1 00081 int m_StripOrder; // Order of strip connected to data bit 00082 unsigned int m_VmeRecord; // 32 bits record data of VME format: VME address + data 00083 // high 16 bits are the VME address, the low 16 bits are signals 00084 // address contains module, socket, FEC id 00085 unsigned int m_PowerpcRecord; // 32 bits record data of PowerPC format: GEO address + data 00086 // high 16 bits are the FEC address, the low 16 bits are signals 00087 // address contains part, segment, layer, and first strip id 00088 // signals contain 16 strips status 00089 unsigned short m_VmeAddress; // High 16 bit of VME record for VME address 00090 unsigned short m_GeoAddress; // High 16 bit of PowerPC record for GEO address 00091 unsigned short m_Data; // Low 16 bit of record for data 00092 00093 int m_Module; // Module number decoded from VME address 00094 int m_Socket; // Socket number decoded from VME address 00095 int m_FecID; // FEC id decode from VME address, matching m_ID or (STRIPNUM-1) - m_ID 00096 string m_ChainName; // Chain name FEC belongs to 00097 int m_Part; // Located part 00098 int m_Segment; // located segment 00099 int m_Layer; // located layer 00100 int m_FirstStripID; // First strip id 00101 int m_FiredStripNumber; // Number of fired strips 00102 vector< int > m_FiredStripVect; // Vector of fired strip ids 00103 00104 void Initialize(); 00105 void DecodeData(); 00106 void DecodeVmeAddress(); 00107 void SetFiredStripNumber(); 00108 void SetFiredStripVect(); 00109 void EncodePowerpcRecord(); 00110 00111 }; 00112 00113 #endif 00114
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