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File indexing completed on 2023-10-25 09:54:18
0001 //------------------------------------------------- 0002 // 0003 /** \class DTTracoCand 0004 * 0005 * Implementation of DTTracoChip candidate 0006 * 0007 * 0008 * 0009 * \author C. Grandi, S. Vanini 0010 * 0011 * Modifications: 0012 * S.V. store BtiTrig pointer instead of TrigData 0013 */ 0014 // 0015 //-------------------------------------------------- 0016 #ifndef DT_TRACO_CAND_H 0017 #define DT_TRACO_CAND_H 0018 0019 //------------------------------------ 0020 // Collaborating Class Declarations -- 0021 //------------------------------------ 0022 class DTBtiTrigData; 0023 class DTTracoChip; 0024 0025 //---------------------- 0026 // Base Class Headers -- 0027 //---------------------- 0028 #include "L1TriggerConfig/DTTPGConfig/interface/BitArray.h" 0029 0030 //--------------- 0031 // C++ Headers -- 0032 //--------------- 0033 0034 // --------------------- 0035 // -- Class Interface -- 0036 // --------------------- 0037 0038 class DTTracoCand { 0039 public: 0040 /// Constructor 0041 DTTracoCand() {} 0042 0043 /// Constructor 0044 DTTracoCand(DTTracoChip *tc, const DTBtiTrigData *btitr, int pos, int step); 0045 0046 /// Constructor 0047 DTTracoCand(const DTTracoCand &tccand); 0048 0049 /// Assignment operator 0050 DTTracoCand &operator=(const DTTracoCand &tccand); 0051 0052 /// Destructor 0053 ~DTTracoCand(); 0054 0055 /// set candidate used (unusable) 0056 inline void setUsed() { _usable = 0; } 0057 0058 /// set candidate unused (usable) 0059 inline void setUnused() { _usable = 1; } 0060 0061 /// set quality bits for first/second track 0062 void setBits(int itk); 0063 0064 /// Return parent TRACO 0065 inline DTTracoChip *Traco() const { return _traco; } 0066 0067 /// Return associated BTI trigger 0068 inline const DTBtiTrigData *BtiTrig() const { return _btitr; } 0069 0070 /// Return Bunch crossing 0071 inline int step() const { return _step; } 0072 0073 /// Return position inside TRACO 0074 inline int position() const { return _position; } 0075 0076 /// Return K-KRAD 0077 inline int K() const { return _tcK; } 0078 0079 /// Return local X coordinate 0080 inline int X() const { return _tcX; } 0081 0082 /// Check if candidate is usable 0083 inline int usable() const { return _usable; } 0084 0085 /// returns true if it has smaller K w.r.t. DTTracoChip center K (sort ascend) 0086 bool operator<(const DTTracoCand &c) const { return _tcK < c._tcK; } 0087 // bool operator < ( const DTTracoCand& c) const { return 0088 // _dataword<c._dataword; } 0089 0090 /* 0091 /// returns true if it has smaller K w.r.t. DTTracoChip center K (sort ascend) 0092 inline bool closer ( const DTTracoCand& cand1, const DTTracoCand& cand2) const 0093 { return cand1<cand2; 0094 } 0095 0096 /// return true if it has larger K w.r.t. DTTracoChip center K (sort descend) 0097 inline bool wider ( const DTTracoCand& cand1, const DTTracoCand& cand2) const 0098 { return cand2<cand1; 0099 } 0100 */ 0101 0102 /// Print candidate 0103 void print() const; 0104 0105 private: 0106 DTTracoChip *_traco; // Parent DTTracoChip 0107 0108 const DTBtiTrigData *_btitr; // Associated BTI trigger 0109 0110 // Other variables 0111 BitArray<7> _dataword; // the word on which sorting is done 0112 int _step; 0113 int _position; 0114 int _usable; 0115 int _tcX; 0116 int _tcK; 0117 }; 0118 0119 #endif
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