interface/l1-converters/gcthadinput_ref.h

0001 #ifndef L1Trigger_Phase2L1ParticleFlow_newfirmware_gcthadinput_ref_h
0002 #define L1Trigger_Phase2L1ParticleFlow_newfirmware_gcthadinput_ref_h
0003
0004 #include "DataFormats/L1TParticleFlow/interface/layer1_emulator.h"
0005
0006 // TODO:  add calibration
0007
0008 namespace edm {
0009   class ParameterSet;
0010   class ParameterSetDescription;
0011 }  // namespace edm
0012
0013 namespace l1ct {
0014   class GctHadClusterDecoderEmulator {
0015   public:
0016     GctHadClusterDecoderEmulator() {};
0017     GctHadClusterDecoderEmulator(const edm::ParameterSet &pset);
0018
0019     ~GctHadClusterDecoderEmulator() = default;
0020
0021     static edm::ParameterSetDescription getParameterSetDescription();
0022
0023     l1ct::HadCaloObjEmu decode(const l1ct::PFRegionEmu &sector, const ap_uint<64> &in) const;
0024
0025   private:
0026     double fracPart(const double total, const unsigned int hoe) const;
0027     ap_uint<12> pt(const ap_uint<64> &in) const { return in.range(11, 0); }
0028
0029     // crystal eta (unsigned 7 bits)
0030     ap_uint<7> eta(const ap_uint<64> &in) const { return (ap_uint<7>)in.range(18, 12); }
0031
0032     // crystal phi (signed 7 bits)
0033     ap_int<7> phi(const ap_uint<64> &in) const { return (ap_int<7>)in.range(25, 19); }
0034
0035     // HoE value
0036     ap_uint<4> hoe(const ap_uint<64> &in) const { return in.range(29, 26); }
0037   };
0038 }  // namespace l1ct
0039
0040 #endif