|
|
|
00001 #ifndef HcalMCParam_h 00002 #define HcalMCParam_h 00003 00010 #include <boost/cstdint.hpp> 00011 00012 // definition 8.Feb.2011 00013 // MC signal shape integer variable assigned to each readout this way: 00014 // 0 - regular HPD HB/HE/HO shape 00015 // 1 - "special" HB shape 00016 // 2 - SiPMs shape (HO, possibly also in HB/HE) 00017 // 3 - HF Shape 00018 // 4 - ZDC shape 00019 // 00020 // change in definition 28.Oct.2011 sk 00021 // mParam1 is now packed word. 00022 // pulseShapeID [0,500] 9 bits (use this as phot0 detetor ID as well) 00023 // syncPhase = cms.bool(True), bool 1 bit (use this for QPLL unlocked channel) 00024 // binOfMaximum = cms.int32(5) [1-10] 4 bits 00025 // timePhase = cms.double(5.0), [-30.0,30.0] 8 bits (0.25ns step) 00026 // timeSmearing = cms.bool(False) bool 1 bit 00027 // packingScheme 4 bits 00028 class HcalMCParam { 00029 public: 00030 HcalMCParam():mId(0), mParam1(0) {} 00031 00032 HcalMCParam(unsigned long fId, unsigned int fParam1): 00033 mId(fId), mParam1(fParam1) {} 00034 00035 uint32_t rawId () const {return mId;} 00036 00037 unsigned int param1() const {return mParam1;} 00038 unsigned int signalShape() const {return mParam1&0x1FF;} 00039 bool syncPhase() const {return (mParam1>>9)&0x1;} 00040 unsigned int binOfMaximum() const {return (mParam1>>10)&0xF;} 00041 float timePhase() const {return ((mParam1>>14)&0xFF)/4.0-32.0;} 00042 bool timeSmearing() const {return (mParam1>>22)&0x1;} 00043 unsigned int packingScheme() const {return (mParam1>>27)&0xF;} 00044 00045 00046 private: 00047 00048 uint32_t mId; 00049 uint32_t mParam1; 00050 }; 00051 00052 #endif
1.7.3