|
|
|
00001 #ifndef HcalFrontEndId_h 00002 #define HcalFrontEndId_h 00003 00004 #include <string> 00005 #include <stdint.h> 00006 #include <iosfwd> 00007 00008 class HcalFrontEndId { 00009 public: 00010 HcalFrontEndId() : hcalFrontEndId_(0) {} 00011 HcalFrontEndId(uint32_t id) {hcalFrontEndId_=id;}; 00012 HcalFrontEndId(const std::string& rbx,int rm,int pixel,int rmfiber,int fiberchannel,int qiecard,int adc); 00013 ~HcalFrontEndId(); 00014 uint32_t rawId() const {return hcalFrontEndId_;} 00015 00016 // index which uniquely identifies an RBX within HCAL 00017 int rbxIndex() const {return (hcalFrontEndId_>>18);} 00018 static const int maxRbxIndex=0xFF; 00019 // index which uniquely identifies an RM (e.g. HPD) within HCAL 00020 int rmIndex() const {return ((rm()-1)&0x3)+(rbxIndex()<<2);} 00021 static const int maxRmIndex=0x3FF; 00022 00023 bool null() const { return hcalFrontEndId_==0; } 00024 00025 std::string rbx() const; 00026 int rm() const {return ((hcalFrontEndId_>>15)&0x7)+1;} 00027 int pixel() const {return (hcalFrontEndId_>>10)&0x1F;} 00028 int rmFiber() const {return ((hcalFrontEndId_>>7)&0x7)+1;} 00029 int fiberChannel() const {return (hcalFrontEndId_>>5)&0x3;} 00030 int qieCard() const {return ((hcalFrontEndId_>>3)&0x3)+1;} 00031 int adc() const {return (hcalFrontEndId_&0x7)-1;} 00032 00033 int operator==(const HcalFrontEndId& id) const { return id.hcalFrontEndId_==hcalFrontEndId_; } 00034 int operator!=(const HcalFrontEndId& id) const { return id.hcalFrontEndId_!=hcalFrontEndId_; } 00035 int operator<(const HcalFrontEndId& id) const { return hcalFrontEndId_<id.hcalFrontEndId_; } 00036 00037 private: 00038 uint32_t hcalFrontEndId_; 00039 }; 00040 00041 std::ostream& operator<<(std::ostream&,const HcalFrontEndId& id); 00042 00043 #endif 00044
1.7.3