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00001 #ifndef CSCSP_MEblock_h 00002 #define CSCSP_MEblock_h 00003 00004 class CSCSP_MEblock { 00005 private: 00007 unsigned clct_pattern_number : 4; // higher pattern number - straighter high-momentum tracks with more layers hit, also encodes half/di-strip indication 00008 unsigned quality_ : 4; // the more hits the higher LCT Quality 00009 unsigned wire_group_id : 7; // radial position of the pattern within the chamber (0-111) 00010 unsigned zero_1 : 1; // format specific 00012 unsigned clct_pattern_id : 8; // azimuthal position ot the pattern at the third (key) layer: (0-159 for half-strips 0-39 for di-strips) 00013 unsigned csc_id : 4; // chamber # (1-9) 00014 unsigned left_right : 1; // L/R - track is heading towards lower/higher strip number 00015 unsigned bx0_ : 1; // BX counter least significant bit 00016 unsigned bc0_ : 1; // BC Zero flag marks that next BXN = 0 00017 unsigned zero_2 : 1; // format specific 00019 unsigned me_bxn : 12;// LCT arrival time picked from a local 12-bit BX Counter, that runs at link timing 00020 unsigned receiver_status_er1 : 1; // receiver status for the frame 1 (see below) 00021 unsigned receiver_status_dv1 : 1; // receiver status for the frame 1 (see below) 00022 unsigned aligment_fifo_full : 1; // Alignment FIFO Full Flag, should be 0, if AF has been initialized successfully by L1Reset 00023 unsigned zero_3 : 1; // format specific 00025 unsigned link_id : 2; // Link number (1-3) [reported by MPC on every L1 Reset] 00026 unsigned mpc_id : 6; // MPC Crate number (0-63) [reported by MPC on every L1 Reset] 00027 unsigned err_prop_cnt : 4; // accumulates the "Receive Error Propagation" occurrences since last L1Reset 00028 unsigned receiver_status_er2 : 1; // receiver status for the frame 2 (see below) 00029 unsigned receiver_status_dv2 : 1; // receiver status for the frame 2 (see below) 00030 unsigned aligment_fifo_empty : 1; // Alignment FIFO Empty Flag, should be 0, if AF has been initialized successfully by L1Reset 00031 unsigned zero_4 : 1; // format specific 00032 00033 // Optical Receiver Status options: 00034 // {receiver_status_dv, receiver_status_er} = {Receive Data Valid, Receive Error} 00035 // {0,0} - Receive Idle Character; 00036 // {0,1} - Receive Carrier Extend; 00037 // {1,0} - Receive Normal Data Character <- expect to have; 00038 // {1,1} - Receive Error Propagation; 00039 00040 // Other data members logically belong to ME Block record, 00041 // but physically are located in Data Block Header, which implementation is: 00042 friend class CSCSPRecord; 00043 friend class CSCTFPacker; 00044 // Let this class set following data memebers: 00045 unsigned int tbin_; // time bin, that this ME block belongs to in global SP record 00046 unsigned int valid_pattern; // LCT valid bit 00047 unsigned int sync_error; // LCT synchronization error bit 00048 unsigned int sync_modified; // LCT modified synchronization error bit 00049 unsigned int alignment_fifo; // AF error 00050 unsigned int bxBit; // monitors the ALCT/TMB/MPC timing 00051 unsigned int spInput_; // Input SP link, this LCT come through [1..15] (as SP sees it) 00052 00053 public: 00054 bool check(void) const throw() { return zero_1!=0||zero_2!=0||zero_3!=0||zero_4!=0; } 00055 00056 unsigned int quality(void) const throw() { return quality_; } 00057 unsigned int BXN (void) const throw() { return me_bxn; } 00058 unsigned int bx0 (void) const throw() { return bx0_; } 00059 unsigned int bc0 (void) const throw() { return bc0_; } 00060 00061 unsigned int spInput(void) const throw() { return spInput_; } 00062 unsigned int link (void) const throw() { return link_id; } 00063 unsigned int mpc (void) const throw() { return mpc_id; } 00064 unsigned int csc (void) const throw() { return csc_id; } 00065 00066 unsigned int l_r (void) const throw() { return left_right; } 00067 unsigned int wireGroup(void) const throw() { return wire_group_id; } 00068 unsigned int strip (void) const throw() { return clct_pattern_id; } 00069 unsigned int pattern(void) const throw() { return clct_pattern_number; } 00070 00071 enum AF { EMPTY=1, FULL=2 }; 00072 unsigned int aligment_fifo(void) const throw() { return (aligment_fifo_full<<1)|aligment_fifo_empty; } 00073 00074 enum RS { IDLE_CHARs=0, CARRIER_EXTEND=1, NORMAL_DATA=2, ERROR_PROP=3 }; 00075 unsigned int receiver_status_frame1(void) const throw() { return (receiver_status_dv1<<1)|receiver_status_er1; } 00076 unsigned int receiver_status_frame2(void) const throw() { return (receiver_status_dv2<<1)|receiver_status_er2; } 00077 00078 unsigned int errCnt(void) const throw() { return err_prop_cnt; } 00079 00080 unsigned int tbin(void) const throw() { return tbin_; } 00081 unsigned int vp (void) const throw() { return valid_pattern; } 00082 unsigned int se (void) const throw() { return sync_error; } 00083 unsigned int sm (void) const throw() { return sync_modified; } 00084 unsigned int af (void) const throw() { return alignment_fifo;} 00085 unsigned int timingError(void) const throw() { return bxBit; } 00086 00087 bool unpack(const unsigned short *&buf) throw() { memcpy((void*)this,buf,4*sizeof(short)); buf+=4; return check(); } 00088 00089 CSCSP_MEblock(void){} 00090 }; 00091 00092 #endif
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