FPGADataFormatUtilities.h

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/*
 * Copyright (C) 2002-2024 CERN for the benefit of the ATLAS collaboration
 */
 
 #ifndef EFTRACKING_FPGA_INTEGRATION_FPGADATAFORMATUTILITIES_H
 #define EFTRACKING_FPGA_INTEGRATION_FPGADATAFORMATUTILITIES_H
 
 #include <cstdint>
  
 // Provider of simple function for conversion of data into the FPGA dataformat
 namespace FPGADataFormatUtilities
 {
 
    consteval uint64_t SELECTBITS(uint8_t len, uint8_t startbit) {
        return (len == 64 ? 0xFFFFFFFFFFFFFFFFULL : (((1ULL << len) - 1ULL) << startbit));
    }
 
 
     // EVT_HDR defined flags
     const int EVT_HDR_FLAG = 0xab;
 
     // EVT_HDR_W1 word description
     const int EVT_HDR_W1_FLAG_bits = 8;
     const int EVT_HDR_W1_FLAG_lsb = 56;
     const float EVT_HDR_W1_FLAG_mf = 1.;
 
     const int EVT_HDR_W1_L0ID_bits = 40;
     const int EVT_HDR_W1_L0ID_lsb = 16;
     const float EVT_HDR_W1_L0ID_mf = 1.;
 
     const int EVT_HDR_W1_BCID_bits = 12;
     const int EVT_HDR_W1_BCID_lsb = 4;
     const float EVT_HDR_W1_BCID_mf = 1.;
 
     const int EVT_HDR_W1_SPARE_bits = 4;
     const int EVT_HDR_W1_SPARE_lsb = 0;
     const float EVT_HDR_W1_SPARE_mf = 1.;
 
     // EVT_HDR_W2 word description
     const int EVT_HDR_W2_RUNNUMBER_bits = 32;
     const int EVT_HDR_W2_RUNNUMBER_lsb = 32;
     const float EVT_HDR_W2_RUNNUMBER_mf = 1.;
 
     const int EVT_HDR_W2_TIME_bits = 32;
     const int EVT_HDR_W2_TIME_lsb = 0;
     const float EVT_HDR_W2_TIME_mf = 1.;
 
     // EVT_HDR_W3 word description
     const int EVT_HDR_W3_STATUS_bits = 32;
     const int EVT_HDR_W3_STATUS_lsb = 32;
     const float EVT_HDR_W3_STATUS_mf = 1.;
 
     const int EVT_HDR_W3_CRC_bits = 32;
     const int EVT_HDR_W3_CRC_lsb = 0;
     const float EVT_HDR_W3_CRC_mf = 1.;
 
     typedef struct EVT_HDR_w1 {
         uint64_t flag : EVT_HDR_W1_FLAG_bits;
         uint64_t l0id : EVT_HDR_W1_L0ID_bits;
         uint64_t bcid : EVT_HDR_W1_BCID_bits;
         uint64_t spare : EVT_HDR_W1_SPARE_bits;
     } EVT_HDR_w1;
 
     typedef struct EVT_HDR_w2 {
         uint64_t runnumber : EVT_HDR_W2_RUNNUMBER_bits;
         uint64_t time : EVT_HDR_W2_TIME_bits;
     } EVT_HDR_w2;
 
     typedef struct EVT_HDR_w3 {
         uint64_t status : EVT_HDR_W3_STATUS_bits;
         uint64_t crc : EVT_HDR_W3_CRC_bits;
     } EVT_HDR_w3;
 
     inline EVT_HDR_w1 get_bitfields_EVT_HDR_w1 (const uint64_t& in) {
         EVT_HDR_w1 temp;
         temp.flag = (in & SELECTBITS(EVT_HDR_W1_FLAG_bits, EVT_HDR_W1_FLAG_lsb)) >> EVT_HDR_W1_FLAG_lsb;
         temp.l0id = (in & SELECTBITS(EVT_HDR_W1_L0ID_bits, EVT_HDR_W1_L0ID_lsb)) >> EVT_HDR_W1_L0ID_lsb;
         temp.bcid = (in & SELECTBITS(EVT_HDR_W1_BCID_bits, EVT_HDR_W1_BCID_lsb)) >> EVT_HDR_W1_BCID_lsb;
         temp.spare = (in & SELECTBITS(EVT_HDR_W1_SPARE_bits, EVT_HDR_W1_SPARE_lsb)) >> EVT_HDR_W1_SPARE_lsb;
         return temp;
     }
 
     inline EVT_HDR_w2 get_bitfields_EVT_HDR_w2 (const uint64_t& in) {
         EVT_HDR_w2 temp;
         temp.runnumber = (in & SELECTBITS(EVT_HDR_W2_RUNNUMBER_bits, EVT_HDR_W2_RUNNUMBER_lsb)) >> EVT_HDR_W2_RUNNUMBER_lsb;
         temp.time = (in & SELECTBITS(EVT_HDR_W2_TIME_bits, EVT_HDR_W2_TIME_lsb)) >> EVT_HDR_W2_TIME_lsb;
         return temp;
     }
 
     inline EVT_HDR_w3 get_bitfields_EVT_HDR_w3 (const uint64_t& in) {
         EVT_HDR_w3 temp;
         temp.status = (in & SELECTBITS(EVT_HDR_W3_STATUS_bits, EVT_HDR_W3_STATUS_lsb)) >> EVT_HDR_W3_STATUS_lsb;
         temp.crc = (in & SELECTBITS(EVT_HDR_W3_CRC_bits, EVT_HDR_W3_CRC_lsb)) >> EVT_HDR_W3_CRC_lsb;
         return temp;
     }
 
     inline uint64_t get_dataformat_EVT_HDR_w1 (const EVT_HDR_w1& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.flag)) & SELECTBITS(EVT_HDR_W1_FLAG_bits, 0)) << EVT_HDR_W1_FLAG_lsb);
         temp |= (((static_cast<uint64_t>(in.l0id)) & SELECTBITS(EVT_HDR_W1_L0ID_bits, 0)) << EVT_HDR_W1_L0ID_lsb);
         temp |= (((static_cast<uint64_t>(in.bcid)) & SELECTBITS(EVT_HDR_W1_BCID_bits, 0)) << EVT_HDR_W1_BCID_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(EVT_HDR_W1_SPARE_bits, 0)) << EVT_HDR_W1_SPARE_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EVT_HDR_w2 (const EVT_HDR_w2& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.runnumber)) & SELECTBITS(EVT_HDR_W2_RUNNUMBER_bits, 0)) << EVT_HDR_W2_RUNNUMBER_lsb);
         temp |= (((static_cast<uint64_t>(in.time)) & SELECTBITS(EVT_HDR_W2_TIME_bits, 0)) << EVT_HDR_W2_TIME_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EVT_HDR_w3 (const EVT_HDR_w3& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.status)) & SELECTBITS(EVT_HDR_W3_STATUS_bits, 0)) << EVT_HDR_W3_STATUS_lsb);
         temp |= (((static_cast<uint64_t>(in.crc)) & SELECTBITS(EVT_HDR_W3_CRC_bits, 0)) << EVT_HDR_W3_CRC_lsb);
         return temp;
     }
 
     inline EVT_HDR_w1 fill_EVT_HDR_w1 (const uint64_t& flag, const uint64_t& l0id, const uint64_t& bcid, const uint64_t& spare) {
         EVT_HDR_w1 temp;
         temp.flag = flag;
         temp.l0id = l0id;
         temp.bcid = bcid;
         temp.spare = spare;
         return temp;
     }
 
     inline EVT_HDR_w2 fill_EVT_HDR_w2 (const uint64_t& runnumber, const uint64_t& time) {
         EVT_HDR_w2 temp;
         temp.runnumber = runnumber;
         temp.time = time;
         return temp;
     }
 
     inline EVT_HDR_w3 fill_EVT_HDR_w3 (const uint64_t& status, const uint64_t& crc) {
         EVT_HDR_w3 temp;
         temp.status = status;
         temp.crc = crc;
         return temp;
     }
 
     inline uint64_t to_real_EVT_HDR_w1_flag (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EVT_HDR_w1_l0id (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EVT_HDR_w1_bcid (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EVT_HDR_w1_spare (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EVT_HDR_w2_runnumber (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EVT_HDR_w2_time (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EVT_HDR_w3_status (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EVT_HDR_w3_crc (const uint64_t& in) {
         return in;
     }
 
     // EVT_FTR defined flags
     const int EVT_FTR_FLAG = 0xcd;
 
     // EVT_FTR_W1 word description
     const int EVT_FTR_W1_FLAG_bits = 8;
     const int EVT_FTR_W1_FLAG_lsb = 56;
     const float EVT_FTR_W1_FLAG_mf = 1.;
 
     const int EVT_FTR_W1_SPARE_bits = 24;
     const int EVT_FTR_W1_SPARE_lsb = 32;
     const float EVT_FTR_W1_SPARE_mf = 1.;
 
     const int EVT_FTR_W1_HDR_CRC_bits = 32;
     const int EVT_FTR_W1_HDR_CRC_lsb = 0;
     const float EVT_FTR_W1_HDR_CRC_mf = 1.;
 
     // EVT_FTR_W2 word description
     const int EVT_FTR_W2_ERROR_FLAGS_bits = 64;
     const int EVT_FTR_W2_ERROR_FLAGS_lsb = 0;
     const float EVT_FTR_W2_ERROR_FLAGS_mf = 1.;
 
     // EVT_FTR_W3 word description
     const int EVT_FTR_W3_WORD_COUNT_bits = 32;
     const int EVT_FTR_W3_WORD_COUNT_lsb = 32;
     const float EVT_FTR_W3_WORD_COUNT_mf = 1.;
 
     const int EVT_FTR_W3_CRC_bits = 32;
     const int EVT_FTR_W3_CRC_lsb = 0;
     const float EVT_FTR_W3_CRC_mf = 1.;
 
     typedef struct EVT_FTR_w1 {
         uint64_t flag : EVT_FTR_W1_FLAG_bits;
         uint64_t spare : EVT_FTR_W1_SPARE_bits;
         uint64_t hdr_crc : EVT_FTR_W1_HDR_CRC_bits;
     } EVT_FTR_w1;
 
     typedef struct EVT_FTR_w2 {
         uint64_t error_flags : EVT_FTR_W2_ERROR_FLAGS_bits;
     } EVT_FTR_w2;
 
     typedef struct EVT_FTR_w3 {
         uint64_t word_count : EVT_FTR_W3_WORD_COUNT_bits;
         uint64_t crc : EVT_FTR_W3_CRC_bits;
     } EVT_FTR_w3;
 
     inline EVT_FTR_w1 get_bitfields_EVT_FTR_w1 (const uint64_t& in) {
         EVT_FTR_w1 temp;
         temp.flag = (in & SELECTBITS(EVT_FTR_W1_FLAG_bits, EVT_FTR_W1_FLAG_lsb)) >> EVT_FTR_W1_FLAG_lsb;
         temp.spare = (in & SELECTBITS(EVT_FTR_W1_SPARE_bits, EVT_FTR_W1_SPARE_lsb)) >> EVT_FTR_W1_SPARE_lsb;
         temp.hdr_crc = (in & SELECTBITS(EVT_FTR_W1_HDR_CRC_bits, EVT_FTR_W1_HDR_CRC_lsb)) >> EVT_FTR_W1_HDR_CRC_lsb;
         return temp;
     }
 
     inline EVT_FTR_w2 get_bitfields_EVT_FTR_w2 (const uint64_t& in) {
         EVT_FTR_w2 temp;
         temp.error_flags = (in & SELECTBITS(EVT_FTR_W2_ERROR_FLAGS_bits, EVT_FTR_W2_ERROR_FLAGS_lsb)) >> EVT_FTR_W2_ERROR_FLAGS_lsb;
         return temp;
     }
 
     inline EVT_FTR_w3 get_bitfields_EVT_FTR_w3 (const uint64_t& in) {
         EVT_FTR_w3 temp;
         temp.word_count = (in & SELECTBITS(EVT_FTR_W3_WORD_COUNT_bits, EVT_FTR_W3_WORD_COUNT_lsb)) >> EVT_FTR_W3_WORD_COUNT_lsb;
         temp.crc = (in & SELECTBITS(EVT_FTR_W3_CRC_bits, EVT_FTR_W3_CRC_lsb)) >> EVT_FTR_W3_CRC_lsb;
         return temp;
     }
 
     inline uint64_t get_dataformat_EVT_FTR_w1 (const EVT_FTR_w1& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.flag)) & SELECTBITS(EVT_FTR_W1_FLAG_bits, 0)) << EVT_FTR_W1_FLAG_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(EVT_FTR_W1_SPARE_bits, 0)) << EVT_FTR_W1_SPARE_lsb);
         temp |= (((static_cast<uint64_t>(in.hdr_crc)) & SELECTBITS(EVT_FTR_W1_HDR_CRC_bits, 0)) << EVT_FTR_W1_HDR_CRC_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EVT_FTR_w2 (const EVT_FTR_w2& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.error_flags)) & SELECTBITS(EVT_FTR_W2_ERROR_FLAGS_bits, 0)) << EVT_FTR_W2_ERROR_FLAGS_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EVT_FTR_w3 (const EVT_FTR_w3& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.word_count)) & SELECTBITS(EVT_FTR_W3_WORD_COUNT_bits, 0)) << EVT_FTR_W3_WORD_COUNT_lsb);
         temp |= (((static_cast<uint64_t>(in.crc)) & SELECTBITS(EVT_FTR_W3_CRC_bits, 0)) << EVT_FTR_W3_CRC_lsb);
         return temp;
     }
 
     inline EVT_FTR_w1 fill_EVT_FTR_w1 (const uint64_t& flag, const uint64_t& spare, const uint64_t& hdr_crc) {
         EVT_FTR_w1 temp;
         temp.flag = flag;
         temp.spare = spare;
         temp.hdr_crc = hdr_crc;
         return temp;
     }
 
     inline EVT_FTR_w2 fill_EVT_FTR_w2 (const uint64_t& error_flags) {
         EVT_FTR_w2 temp;
         temp.error_flags = error_flags;
         return temp;
     }
 
     inline EVT_FTR_w3 fill_EVT_FTR_w3 (const uint64_t& word_count, const uint64_t& crc) {
         EVT_FTR_w3 temp;
         temp.word_count = word_count;
         temp.crc = crc;
         return temp;
     }
 
     inline uint64_t to_real_EVT_FTR_w1_flag (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EVT_FTR_w1_spare (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EVT_FTR_w1_hdr_crc (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EVT_FTR_w2_error_flags (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EVT_FTR_w3_word_count (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EVT_FTR_w3_crc (const uint64_t& in) {
         return in;
     }
 
     // M_HDR defined flags
     const int M_HDR_FLAG = 0x55;
 
     // M_HDR_W1 word description
     const int M_HDR_W1_FLAG_bits = 8;
     const int M_HDR_W1_FLAG_lsb = 56;
     const float M_HDR_W1_FLAG_mf = 1.;
 
     const int M_HDR_W1_MODID_bits = 32;
     const int M_HDR_W1_MODID_lsb = 24;
     const float M_HDR_W1_MODID_mf = 1.;
 
     const int M_HDR_W1_MODHASH_bits = 16;
     const int M_HDR_W1_MODHASH_lsb = 8;
     const float M_HDR_W1_MODHASH_mf = 1.;
 
     const int M_HDR_W1_SPARE_bits = 8;
     const int M_HDR_W1_SPARE_lsb = 0;
     const float M_HDR_W1_SPARE_mf = 1.;
 
     typedef struct M_HDR_w1 {
         uint64_t flag : M_HDR_W1_FLAG_bits;
         uint64_t modid : M_HDR_W1_MODID_bits;
         uint64_t modhash : M_HDR_W1_MODHASH_bits;
         uint64_t spare : M_HDR_W1_SPARE_bits;
     } M_HDR_w1;
 
     inline M_HDR_w1 get_bitfields_M_HDR_w1 (const uint64_t& in) {
         M_HDR_w1 temp;
         temp.flag = (in & SELECTBITS(M_HDR_W1_FLAG_bits, M_HDR_W1_FLAG_lsb)) >> M_HDR_W1_FLAG_lsb;
         temp.modid = (in & SELECTBITS(M_HDR_W1_MODID_bits, M_HDR_W1_MODID_lsb)) >> M_HDR_W1_MODID_lsb;
         temp.modhash = (in & SELECTBITS(M_HDR_W1_MODHASH_bits, M_HDR_W1_MODHASH_lsb)) >> M_HDR_W1_MODHASH_lsb;
         temp.spare = (in & SELECTBITS(M_HDR_W1_SPARE_bits, M_HDR_W1_SPARE_lsb)) >> M_HDR_W1_SPARE_lsb;
         return temp;
     }
 
     inline uint64_t get_dataformat_M_HDR_w1 (const M_HDR_w1& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.flag)) & SELECTBITS(M_HDR_W1_FLAG_bits, 0)) << M_HDR_W1_FLAG_lsb);
         temp |= (((static_cast<uint64_t>(in.modid)) & SELECTBITS(M_HDR_W1_MODID_bits, 0)) << M_HDR_W1_MODID_lsb);
         temp |= (((static_cast<uint64_t>(in.modhash)) & SELECTBITS(M_HDR_W1_MODHASH_bits, 0)) << M_HDR_W1_MODHASH_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(M_HDR_W1_SPARE_bits, 0)) << M_HDR_W1_SPARE_lsb);
         return temp;
     }
 
     inline M_HDR_w1 fill_M_HDR_w1 (const uint64_t& flag, const uint64_t& modid, const uint64_t& modhash, const uint64_t& spare) {
         M_HDR_w1 temp;
         temp.flag = flag;
         temp.modid = modid;
         temp.modhash = modhash;
         temp.spare = spare;
         return temp;
     }
 
     inline uint64_t to_real_M_HDR_w1_flag (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_M_HDR_w1_modid (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_M_HDR_w1_modhash (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_M_HDR_w1_spare (const uint64_t& in) {
         return in;
     }
 
     // SLICE_HDR defined flags
     const int SLICE_HDR_FLAG = 0x88;
 
     // SLICE_HDR_W1 word description
     const int SLICE_HDR_W1_FLAG_bits = 8;
     const int SLICE_HDR_W1_FLAG_lsb = 56;
     const float SLICE_HDR_W1_FLAG_mf = 1.;
 
     const int SLICE_HDR_W1_SLICEID_bits = 11;
     const int SLICE_HDR_W1_SLICEID_lsb = 45;
     const float SLICE_HDR_W1_SLICEID_mf = 1.;
 
     const int SLICE_HDR_W1_ETA_REGION_bits = 6;
     const int SLICE_HDR_W1_ETA_REGION_lsb = 39;
     const float SLICE_HDR_W1_ETA_REGION_mf = 1.;
 
     const int SLICE_HDR_W1_PHI_REGION_bits = 6;
     const int SLICE_HDR_W1_PHI_REGION_lsb = 33;
     const float SLICE_HDR_W1_PHI_REGION_mf = 1.;
 
     const int SLICE_HDR_W1_SPARE_bits = 33;
     const int SLICE_HDR_W1_SPARE_lsb = 0;
     const float SLICE_HDR_W1_SPARE_mf = 1.;
 
     typedef struct SLICE_HDR_w1 {
         uint64_t flag : SLICE_HDR_W1_FLAG_bits;
         uint64_t sliceid : SLICE_HDR_W1_SLICEID_bits;
         uint64_t eta_region : SLICE_HDR_W1_ETA_REGION_bits;
         uint64_t phi_region : SLICE_HDR_W1_PHI_REGION_bits;
         uint64_t spare : SLICE_HDR_W1_SPARE_bits;
     } SLICE_HDR_w1;
 
     inline SLICE_HDR_w1 get_bitfields_SLICE_HDR_w1 (const uint64_t& in) {
         SLICE_HDR_w1 temp;
         temp.flag = (in & SELECTBITS(SLICE_HDR_W1_FLAG_bits, SLICE_HDR_W1_FLAG_lsb)) >> SLICE_HDR_W1_FLAG_lsb;
         temp.sliceid = (in & SELECTBITS(SLICE_HDR_W1_SLICEID_bits, SLICE_HDR_W1_SLICEID_lsb)) >> SLICE_HDR_W1_SLICEID_lsb;
         temp.eta_region = (in & SELECTBITS(SLICE_HDR_W1_ETA_REGION_bits, SLICE_HDR_W1_ETA_REGION_lsb)) >> SLICE_HDR_W1_ETA_REGION_lsb;
         temp.phi_region = (in & SELECTBITS(SLICE_HDR_W1_PHI_REGION_bits, SLICE_HDR_W1_PHI_REGION_lsb)) >> SLICE_HDR_W1_PHI_REGION_lsb;
         temp.spare = (in & SELECTBITS(SLICE_HDR_W1_SPARE_bits, SLICE_HDR_W1_SPARE_lsb)) >> SLICE_HDR_W1_SPARE_lsb;
         return temp;
     }
 
     inline uint64_t get_dataformat_SLICE_HDR_w1 (const SLICE_HDR_w1& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.flag)) & SELECTBITS(SLICE_HDR_W1_FLAG_bits, 0)) << SLICE_HDR_W1_FLAG_lsb);
         temp |= (((static_cast<uint64_t>(in.sliceid)) & SELECTBITS(SLICE_HDR_W1_SLICEID_bits, 0)) << SLICE_HDR_W1_SLICEID_lsb);
         temp |= (((static_cast<uint64_t>(in.eta_region)) & SELECTBITS(SLICE_HDR_W1_ETA_REGION_bits, 0)) << SLICE_HDR_W1_ETA_REGION_lsb);
         temp |= (((static_cast<uint64_t>(in.phi_region)) & SELECTBITS(SLICE_HDR_W1_PHI_REGION_bits, 0)) << SLICE_HDR_W1_PHI_REGION_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(SLICE_HDR_W1_SPARE_bits, 0)) << SLICE_HDR_W1_SPARE_lsb);
         return temp;
     }
 
     inline SLICE_HDR_w1 fill_SLICE_HDR_w1 (const uint64_t& flag, const uint64_t& sliceid, const uint64_t& eta_region, const uint64_t& phi_region, const uint64_t& spare) {
         SLICE_HDR_w1 temp;
         temp.flag = flag;
         temp.sliceid = sliceid;
         temp.eta_region = eta_region;
         temp.phi_region = phi_region;
         temp.spare = spare;
         return temp;
     }
 
     inline uint64_t to_real_SLICE_HDR_w1_flag (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_SLICE_HDR_w1_sliceid (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_SLICE_HDR_w1_eta_region (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_SLICE_HDR_w1_phi_region (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_SLICE_HDR_w1_spare (const uint64_t& in) {
         return in;
     }
 
     // RD_HDR defined flags
     const int RD_HDR_FLAG = 0xbb;
 
     // RD_HDR_W1 word description
     const int RD_HDR_W1_FLAG_bits = 8;
     const int RD_HDR_W1_FLAG_lsb = 56;
     const float RD_HDR_W1_FLAG_mf = 1.;
 
     const int RD_HDR_W1_TYPE_bits = 4;
     const int RD_HDR_W1_TYPE_lsb = 52;
     const float RD_HDR_W1_TYPE_mf = 1.;
 
     const int RD_HDR_W1_ETA_REGION_bits = 6;
     const int RD_HDR_W1_ETA_REGION_lsb = 46;
     const float RD_HDR_W1_ETA_REGION_mf = 1.;
 
     const int RD_HDR_W1_PHI_REGION_bits = 6;
     const int RD_HDR_W1_PHI_REGION_lsb = 40;
     const float RD_HDR_W1_PHI_REGION_mf = 1.;
 
     const int RD_HDR_W1_SLICE_bits = 5;
     const int RD_HDR_W1_SLICE_lsb = 35;
     const float RD_HDR_W1_SLICE_mf = 1.;
 
     const int RD_HDR_W1_HOUGH_X_BIN_bits = 8;
     const int RD_HDR_W1_HOUGH_X_BIN_lsb = 27;
     const float RD_HDR_W1_HOUGH_X_BIN_mf = 1.;
 
     const int RD_HDR_W1_HOUGH_Y_BIN_bits = 8;
     const int RD_HDR_W1_HOUGH_Y_BIN_lsb = 19;
     const float RD_HDR_W1_HOUGH_Y_BIN_mf = 1.;
 
     const int RD_HDR_W1_SECOND_STAGE_bits = 1;
     const int RD_HDR_W1_SECOND_STAGE_lsb = 18;
     const float RD_HDR_W1_SECOND_STAGE_mf = 1.;
 
     const int RD_HDR_W1_LAYER_BITMASK_bits = 13;
     const int RD_HDR_W1_LAYER_BITMASK_lsb = 5;
     const float RD_HDR_W1_LAYER_BITMASK_mf = 1.;
 
     const int RD_HDR_W1_SPARE_bits = 5;
     const int RD_HDR_W1_SPARE_lsb = 0;
     const float RD_HDR_W1_SPARE_mf = 1.;
 
     // RD_HDR_W2 word description
     const int RD_HDR_W2_GLOBAL_PHI_bits = 16;
     const int RD_HDR_W2_GLOBAL_PHI_lsb = 48;
     const float RD_HDR_W2_GLOBAL_PHI_mf = 1.;
 
     const int RD_HDR_W2_GLOBAL_ETA_bits = 16;
     const int RD_HDR_W2_GLOBAL_ETA_lsb = 32;
     const float RD_HDR_W2_GLOBAL_ETA_mf = 1.;
 
     const int RD_HDR_W2_SPARE_bits = 32;
     const int RD_HDR_W2_SPARE_lsb = 0;
     const float RD_HDR_W2_SPARE_mf = 1.;
 
     typedef struct RD_HDR_w1 {
         uint64_t flag : RD_HDR_W1_FLAG_bits;
         uint64_t type : RD_HDR_W1_TYPE_bits;
         uint64_t eta_region : RD_HDR_W1_ETA_REGION_bits;
         uint64_t phi_region : RD_HDR_W1_PHI_REGION_bits;
         uint64_t slice : RD_HDR_W1_SLICE_bits;
         uint64_t hough_x_bin : RD_HDR_W1_HOUGH_X_BIN_bits;
         uint64_t hough_y_bin : RD_HDR_W1_HOUGH_Y_BIN_bits;
         uint64_t second_stage : RD_HDR_W1_SECOND_STAGE_bits;
         uint64_t layer_bitmask : RD_HDR_W1_LAYER_BITMASK_bits;
         uint64_t spare : RD_HDR_W1_SPARE_bits;
     } RD_HDR_w1;
 
     typedef struct RD_HDR_w2 {
         uint64_t global_phi : RD_HDR_W2_GLOBAL_PHI_bits;
         uint64_t global_eta : RD_HDR_W2_GLOBAL_ETA_bits;
         uint64_t spare : RD_HDR_W2_SPARE_bits;
     } RD_HDR_w2;
 
     inline RD_HDR_w1 get_bitfields_RD_HDR_w1 (const uint64_t& in) {
         RD_HDR_w1 temp;
         temp.flag = (in & SELECTBITS(RD_HDR_W1_FLAG_bits, RD_HDR_W1_FLAG_lsb)) >> RD_HDR_W1_FLAG_lsb;
         temp.type = (in & SELECTBITS(RD_HDR_W1_TYPE_bits, RD_HDR_W1_TYPE_lsb)) >> RD_HDR_W1_TYPE_lsb;
         temp.eta_region = (in & SELECTBITS(RD_HDR_W1_ETA_REGION_bits, RD_HDR_W1_ETA_REGION_lsb)) >> RD_HDR_W1_ETA_REGION_lsb;
         temp.phi_region = (in & SELECTBITS(RD_HDR_W1_PHI_REGION_bits, RD_HDR_W1_PHI_REGION_lsb)) >> RD_HDR_W1_PHI_REGION_lsb;
         temp.slice = (in & SELECTBITS(RD_HDR_W1_SLICE_bits, RD_HDR_W1_SLICE_lsb)) >> RD_HDR_W1_SLICE_lsb;
         temp.hough_x_bin = (in & SELECTBITS(RD_HDR_W1_HOUGH_X_BIN_bits, RD_HDR_W1_HOUGH_X_BIN_lsb)) >> RD_HDR_W1_HOUGH_X_BIN_lsb;
         temp.hough_y_bin = (in & SELECTBITS(RD_HDR_W1_HOUGH_Y_BIN_bits, RD_HDR_W1_HOUGH_Y_BIN_lsb)) >> RD_HDR_W1_HOUGH_Y_BIN_lsb;
         temp.second_stage = (in & SELECTBITS(RD_HDR_W1_SECOND_STAGE_bits, RD_HDR_W1_SECOND_STAGE_lsb)) >> RD_HDR_W1_SECOND_STAGE_lsb;
         temp.layer_bitmask = (in & SELECTBITS(RD_HDR_W1_LAYER_BITMASK_bits, RD_HDR_W1_LAYER_BITMASK_lsb)) >> RD_HDR_W1_LAYER_BITMASK_lsb;
         temp.spare = (in & SELECTBITS(RD_HDR_W1_SPARE_bits, RD_HDR_W1_SPARE_lsb)) >> RD_HDR_W1_SPARE_lsb;
         return temp;
     }
 
     inline RD_HDR_w2 get_bitfields_RD_HDR_w2 (const uint64_t& in) {
         RD_HDR_w2 temp;
         temp.global_phi = (in & SELECTBITS(RD_HDR_W2_GLOBAL_PHI_bits, RD_HDR_W2_GLOBAL_PHI_lsb)) >> RD_HDR_W2_GLOBAL_PHI_lsb;
         temp.global_eta = (in & SELECTBITS(RD_HDR_W2_GLOBAL_ETA_bits, RD_HDR_W2_GLOBAL_ETA_lsb)) >> RD_HDR_W2_GLOBAL_ETA_lsb;
         temp.spare = (in & SELECTBITS(RD_HDR_W2_SPARE_bits, RD_HDR_W2_SPARE_lsb)) >> RD_HDR_W2_SPARE_lsb;
         return temp;
     }
 
     inline uint64_t get_dataformat_RD_HDR_w1 (const RD_HDR_w1& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.flag)) & SELECTBITS(RD_HDR_W1_FLAG_bits, 0)) << RD_HDR_W1_FLAG_lsb);
         temp |= (((static_cast<uint64_t>(in.type)) & SELECTBITS(RD_HDR_W1_TYPE_bits, 0)) << RD_HDR_W1_TYPE_lsb);
         temp |= (((static_cast<uint64_t>(in.eta_region)) & SELECTBITS(RD_HDR_W1_ETA_REGION_bits, 0)) << RD_HDR_W1_ETA_REGION_lsb);
         temp |= (((static_cast<uint64_t>(in.phi_region)) & SELECTBITS(RD_HDR_W1_PHI_REGION_bits, 0)) << RD_HDR_W1_PHI_REGION_lsb);
         temp |= (((static_cast<uint64_t>(in.slice)) & SELECTBITS(RD_HDR_W1_SLICE_bits, 0)) << RD_HDR_W1_SLICE_lsb);
         temp |= (((static_cast<uint64_t>(in.hough_x_bin)) & SELECTBITS(RD_HDR_W1_HOUGH_X_BIN_bits, 0)) << RD_HDR_W1_HOUGH_X_BIN_lsb);
         temp |= (((static_cast<uint64_t>(in.hough_y_bin)) & SELECTBITS(RD_HDR_W1_HOUGH_Y_BIN_bits, 0)) << RD_HDR_W1_HOUGH_Y_BIN_lsb);
         temp |= (((static_cast<uint64_t>(in.second_stage)) & SELECTBITS(RD_HDR_W1_SECOND_STAGE_bits, 0)) << RD_HDR_W1_SECOND_STAGE_lsb);
         temp |= (((static_cast<uint64_t>(in.layer_bitmask)) & SELECTBITS(RD_HDR_W1_LAYER_BITMASK_bits, 0)) << RD_HDR_W1_LAYER_BITMASK_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(RD_HDR_W1_SPARE_bits, 0)) << RD_HDR_W1_SPARE_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_RD_HDR_w2 (const RD_HDR_w2& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.global_phi)) & SELECTBITS(RD_HDR_W2_GLOBAL_PHI_bits, 0)) << RD_HDR_W2_GLOBAL_PHI_lsb);
         temp |= (((static_cast<uint64_t>(in.global_eta)) & SELECTBITS(RD_HDR_W2_GLOBAL_ETA_bits, 0)) << RD_HDR_W2_GLOBAL_ETA_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(RD_HDR_W2_SPARE_bits, 0)) << RD_HDR_W2_SPARE_lsb);
         return temp;
     }
 
     inline RD_HDR_w1 fill_RD_HDR_w1 (const uint64_t& flag, const uint64_t& type, const uint64_t& eta_region, const uint64_t& phi_region, const uint64_t& slice, const uint64_t& hough_x_bin, const uint64_t& hough_y_bin, const uint64_t& second_stage, const uint64_t& layer_bitmask, const uint64_t& spare) {
         RD_HDR_w1 temp;
         temp.flag = flag;
         temp.type = type;
         temp.eta_region = eta_region;
         temp.phi_region = phi_region;
         temp.slice = slice;
         temp.hough_x_bin = hough_x_bin;
         temp.hough_y_bin = hough_y_bin;
         temp.second_stage = second_stage;
         temp.layer_bitmask = layer_bitmask;
         temp.spare = spare;
         return temp;
     }
 
     inline RD_HDR_w2 fill_RD_HDR_w2 (const uint64_t& global_phi, const uint64_t& global_eta, const uint64_t& spare) {
         RD_HDR_w2 temp;
         temp.global_phi = global_phi;
         temp.global_eta = global_eta;
         temp.spare = spare;
         return temp;
     }
 
     inline uint64_t to_real_RD_HDR_w1_flag (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_RD_HDR_w1_type (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_RD_HDR_w1_eta_region (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_RD_HDR_w1_phi_region (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_RD_HDR_w1_slice (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_RD_HDR_w1_hough_x_bin (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_RD_HDR_w1_hough_y_bin (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_RD_HDR_w1_second_stage (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_RD_HDR_w1_layer_bitmask (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_RD_HDR_w1_spare (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_RD_HDR_w2_global_phi (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_RD_HDR_w2_global_eta (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_RD_HDR_w2_spare (const uint64_t& in) {
         return in;
     }
 
     // GTRACK_HDR defined flags
     const int GTRACK_HDR_FLAG = 0xee;
 
     // GTRACK_HDR_W1 word description
     const int GTRACK_HDR_W1_FLAG_bits = 8;
     const int GTRACK_HDR_W1_FLAG_lsb = 56;
     const float GTRACK_HDR_W1_FLAG_mf = 1.;
 
     const int GTRACK_HDR_W1_TYPE_bits = 4;
     const int GTRACK_HDR_W1_TYPE_lsb = 52;
     const float GTRACK_HDR_W1_TYPE_mf = 1.;
 
     const int GTRACK_HDR_W1_ETA_REGION_bits = 6;
     const int GTRACK_HDR_W1_ETA_REGION_lsb = 46;
     const float GTRACK_HDR_W1_ETA_REGION_mf = 1.;
 
     const int GTRACK_HDR_W1_PHI_REGION_bits = 6;
     const int GTRACK_HDR_W1_PHI_REGION_lsb = 40;
     const float GTRACK_HDR_W1_PHI_REGION_mf = 1.;
 
     const int GTRACK_HDR_W1_PHI_BIN_bits = 13;
     const int GTRACK_HDR_W1_PHI_BIN_lsb = 27;
     const float GTRACK_HDR_W1_PHI_BIN_mf = 1.;
 
     const int GTRACK_HDR_W1_Z_BIN_bits = 13;
     const int GTRACK_HDR_W1_Z_BIN_lsb = 14;
     const float GTRACK_HDR_W1_Z_BIN_mf = 1.;
 
     const int GTRACK_HDR_W1_SECOND_STAGE_bits = 1;
     const int GTRACK_HDR_W1_SECOND_STAGE_lsb = 13;
     const float GTRACK_HDR_W1_SECOND_STAGE_mf = 1.;
 
     const int GTRACK_HDR_W1_LAYER_BITMASK_bits = 13;
     const int GTRACK_HDR_W1_LAYER_BITMASK_lsb = 0;
     const float GTRACK_HDR_W1_LAYER_BITMASK_mf = 1.;
 
     // GTRACK_HDR_W2 word description
     const int GTRACK_HDR_W2_SCORE_bits = 16;
     const int GTRACK_HDR_W2_SCORE_lsb = 48;
     const float GTRACK_HDR_W2_SCORE_mf = 2048.;
 
     const int GTRACK_HDR_W2_D0_bits = 16;
     const int GTRACK_HDR_W2_D0_lsb = 32;
     const float GTRACK_HDR_W2_D0_mf = 4096.;
 
     const int GTRACK_HDR_W2_Z0_bits = 16;
     const int GTRACK_HDR_W2_Z0_lsb = 16;
     const float GTRACK_HDR_W2_Z0_mf = 32.;
 
     const int GTRACK_HDR_W2_SPARE_bits = 16;
     const int GTRACK_HDR_W2_SPARE_lsb = 0;
     const float GTRACK_HDR_W2_SPARE_mf = 1.;
 
     // GTRACK_HDR_W3 word description
     const int GTRACK_HDR_W3_QOVERPT_bits = 16;
     const int GTRACK_HDR_W3_QOVERPT_lsb = 48;
     const float GTRACK_HDR_W3_QOVERPT_mf = 32768.;
 
     const int GTRACK_HDR_W3_PHI_bits = 16;
     const int GTRACK_HDR_W3_PHI_lsb = 32;
     const float GTRACK_HDR_W3_PHI_mf = 8192.;
 
     const int GTRACK_HDR_W3_ETA_bits = 16;
     const int GTRACK_HDR_W3_ETA_lsb = 16;
     const float GTRACK_HDR_W3_ETA_mf = 8192.;
 
     const int GTRACK_HDR_W3_SPARE_bits = 16;
     const int GTRACK_HDR_W3_SPARE_lsb = 0;
     const float GTRACK_HDR_W3_SPARE_mf = 1.;
 
     typedef struct GTRACK_HDR_w1 {
         uint64_t flag : GTRACK_HDR_W1_FLAG_bits;
         uint64_t type : GTRACK_HDR_W1_TYPE_bits;
         uint64_t eta_region : GTRACK_HDR_W1_ETA_REGION_bits;
         uint64_t phi_region : GTRACK_HDR_W1_PHI_REGION_bits;
         uint64_t phi_bin : GTRACK_HDR_W1_PHI_BIN_bits;
         uint64_t z_bin : GTRACK_HDR_W1_Z_BIN_bits;
         uint64_t second_stage : GTRACK_HDR_W1_SECOND_STAGE_bits;
         uint64_t layer_bitmask : GTRACK_HDR_W1_LAYER_BITMASK_bits;
     } GTRACK_HDR_w1;
 
     typedef struct GTRACK_HDR_w2 {
         uint64_t score : GTRACK_HDR_W2_SCORE_bits;
         int64_t d0 : GTRACK_HDR_W2_D0_bits;
         int64_t z0 : GTRACK_HDR_W2_Z0_bits;
         uint64_t spare : GTRACK_HDR_W2_SPARE_bits;
     } GTRACK_HDR_w2;
 
     typedef struct GTRACK_HDR_w3 {
         int64_t qoverpt : GTRACK_HDR_W3_QOVERPT_bits;
         int64_t phi : GTRACK_HDR_W3_PHI_bits;
         int64_t eta : GTRACK_HDR_W3_ETA_bits;
         uint64_t spare : GTRACK_HDR_W3_SPARE_bits;
     } GTRACK_HDR_w3;
 
     inline GTRACK_HDR_w1 get_bitfields_GTRACK_HDR_w1 (const uint64_t& in) {
         GTRACK_HDR_w1 temp;
         temp.flag = (in & SELECTBITS(GTRACK_HDR_W1_FLAG_bits, GTRACK_HDR_W1_FLAG_lsb)) >> GTRACK_HDR_W1_FLAG_lsb;
         temp.type = (in & SELECTBITS(GTRACK_HDR_W1_TYPE_bits, GTRACK_HDR_W1_TYPE_lsb)) >> GTRACK_HDR_W1_TYPE_lsb;
         temp.eta_region = (in & SELECTBITS(GTRACK_HDR_W1_ETA_REGION_bits, GTRACK_HDR_W1_ETA_REGION_lsb)) >> GTRACK_HDR_W1_ETA_REGION_lsb;
         temp.phi_region = (in & SELECTBITS(GTRACK_HDR_W1_PHI_REGION_bits, GTRACK_HDR_W1_PHI_REGION_lsb)) >> GTRACK_HDR_W1_PHI_REGION_lsb;
         temp.phi_bin = (in & SELECTBITS(GTRACK_HDR_W1_PHI_BIN_bits, GTRACK_HDR_W1_PHI_BIN_lsb)) >> GTRACK_HDR_W1_PHI_BIN_lsb;
         temp.z_bin = (in & SELECTBITS(GTRACK_HDR_W1_Z_BIN_bits, GTRACK_HDR_W1_Z_BIN_lsb)) >> GTRACK_HDR_W1_Z_BIN_lsb;
         temp.second_stage = (in & SELECTBITS(GTRACK_HDR_W1_SECOND_STAGE_bits, GTRACK_HDR_W1_SECOND_STAGE_lsb)) >> GTRACK_HDR_W1_SECOND_STAGE_lsb;
         temp.layer_bitmask = (in & SELECTBITS(GTRACK_HDR_W1_LAYER_BITMASK_bits, GTRACK_HDR_W1_LAYER_BITMASK_lsb)) >> GTRACK_HDR_W1_LAYER_BITMASK_lsb;
         return temp;
     }
 
     inline GTRACK_HDR_w2 get_bitfields_GTRACK_HDR_w2 (const uint64_t& in) {
         GTRACK_HDR_w2 temp;
         temp.score = (in & SELECTBITS(GTRACK_HDR_W2_SCORE_bits, GTRACK_HDR_W2_SCORE_lsb)) >> GTRACK_HDR_W2_SCORE_lsb;
         temp.d0 = (in & SELECTBITS(GTRACK_HDR_W2_D0_bits, GTRACK_HDR_W2_D0_lsb)) >> GTRACK_HDR_W2_D0_lsb;
         temp.z0 = (in & SELECTBITS(GTRACK_HDR_W2_Z0_bits, GTRACK_HDR_W2_Z0_lsb)) >> GTRACK_HDR_W2_Z0_lsb;
         temp.spare = (in & SELECTBITS(GTRACK_HDR_W2_SPARE_bits, GTRACK_HDR_W2_SPARE_lsb)) >> GTRACK_HDR_W2_SPARE_lsb;
         return temp;
     }
 
     inline GTRACK_HDR_w3 get_bitfields_GTRACK_HDR_w3 (const uint64_t& in) {
         GTRACK_HDR_w3 temp;
         temp.qoverpt = (in & SELECTBITS(GTRACK_HDR_W3_QOVERPT_bits, GTRACK_HDR_W3_QOVERPT_lsb)) >> GTRACK_HDR_W3_QOVERPT_lsb;
         temp.phi = (in & SELECTBITS(GTRACK_HDR_W3_PHI_bits, GTRACK_HDR_W3_PHI_lsb)) >> GTRACK_HDR_W3_PHI_lsb;
         temp.eta = (in & SELECTBITS(GTRACK_HDR_W3_ETA_bits, GTRACK_HDR_W3_ETA_lsb)) >> GTRACK_HDR_W3_ETA_lsb;
         temp.spare = (in & SELECTBITS(GTRACK_HDR_W3_SPARE_bits, GTRACK_HDR_W3_SPARE_lsb)) >> GTRACK_HDR_W3_SPARE_lsb;
         return temp;
     }
 
     inline uint64_t get_dataformat_GTRACK_HDR_w1 (const GTRACK_HDR_w1& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.flag)) & SELECTBITS(GTRACK_HDR_W1_FLAG_bits, 0)) << GTRACK_HDR_W1_FLAG_lsb);
         temp |= (((static_cast<uint64_t>(in.type)) & SELECTBITS(GTRACK_HDR_W1_TYPE_bits, 0)) << GTRACK_HDR_W1_TYPE_lsb);
         temp |= (((static_cast<uint64_t>(in.eta_region)) & SELECTBITS(GTRACK_HDR_W1_ETA_REGION_bits, 0)) << GTRACK_HDR_W1_ETA_REGION_lsb);
         temp |= (((static_cast<uint64_t>(in.phi_region)) & SELECTBITS(GTRACK_HDR_W1_PHI_REGION_bits, 0)) << GTRACK_HDR_W1_PHI_REGION_lsb);
         temp |= (((static_cast<uint64_t>(in.phi_bin)) & SELECTBITS(GTRACK_HDR_W1_PHI_BIN_bits, 0)) << GTRACK_HDR_W1_PHI_BIN_lsb);
         temp |= (((static_cast<uint64_t>(in.z_bin)) & SELECTBITS(GTRACK_HDR_W1_Z_BIN_bits, 0)) << GTRACK_HDR_W1_Z_BIN_lsb);
         temp |= (((static_cast<uint64_t>(in.second_stage)) & SELECTBITS(GTRACK_HDR_W1_SECOND_STAGE_bits, 0)) << GTRACK_HDR_W1_SECOND_STAGE_lsb);
         temp |= (((static_cast<uint64_t>(in.layer_bitmask)) & SELECTBITS(GTRACK_HDR_W1_LAYER_BITMASK_bits, 0)) << GTRACK_HDR_W1_LAYER_BITMASK_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_GTRACK_HDR_w2 (const GTRACK_HDR_w2& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.score)) & SELECTBITS(GTRACK_HDR_W2_SCORE_bits, 0)) << GTRACK_HDR_W2_SCORE_lsb);
         temp |= (((static_cast<uint64_t>(in.d0)) & SELECTBITS(GTRACK_HDR_W2_D0_bits, 0)) << GTRACK_HDR_W2_D0_lsb);
         temp |= (((static_cast<uint64_t>(in.z0)) & SELECTBITS(GTRACK_HDR_W2_Z0_bits, 0)) << GTRACK_HDR_W2_Z0_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(GTRACK_HDR_W2_SPARE_bits, 0)) << GTRACK_HDR_W2_SPARE_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_GTRACK_HDR_w3 (const GTRACK_HDR_w3& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.qoverpt)) & SELECTBITS(GTRACK_HDR_W3_QOVERPT_bits, 0)) << GTRACK_HDR_W3_QOVERPT_lsb);
         temp |= (((static_cast<uint64_t>(in.phi)) & SELECTBITS(GTRACK_HDR_W3_PHI_bits, 0)) << GTRACK_HDR_W3_PHI_lsb);
         temp |= (((static_cast<uint64_t>(in.eta)) & SELECTBITS(GTRACK_HDR_W3_ETA_bits, 0)) << GTRACK_HDR_W3_ETA_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(GTRACK_HDR_W3_SPARE_bits, 0)) << GTRACK_HDR_W3_SPARE_lsb);
         return temp;
     }
 
     inline GTRACK_HDR_w1 fill_GTRACK_HDR_w1 (const uint64_t& flag, const uint64_t& type, const uint64_t& eta_region, const uint64_t& phi_region, const uint64_t& phi_bin, const uint64_t& z_bin, const uint64_t& second_stage, const uint64_t& layer_bitmask) {
         GTRACK_HDR_w1 temp;
         temp.flag = flag;
         temp.type = type;
         temp.eta_region = eta_region;
         temp.phi_region = phi_region;
         temp.phi_bin = phi_bin;
         temp.z_bin = z_bin;
         temp.second_stage = second_stage;
         temp.layer_bitmask = layer_bitmask;
         return temp;
     }
 
     inline GTRACK_HDR_w2 fill_GTRACK_HDR_w2 (const double& score, const double& d0, const double& z0, const uint64_t& spare) {
         GTRACK_HDR_w2 temp;
         temp.score = static_cast<uint64_t>(score * GTRACK_HDR_W2_SCORE_mf);
         temp.d0 = static_cast<uint64_t>(d0 * GTRACK_HDR_W2_D0_mf);
         temp.z0 = static_cast<uint64_t>(z0 * GTRACK_HDR_W2_Z0_mf);
         temp.spare = spare;
         return temp;
     }
 
     inline GTRACK_HDR_w3 fill_GTRACK_HDR_w3 (const double& qoverpt, const double& phi, const double& eta, const uint64_t& spare) {
         GTRACK_HDR_w3 temp;
         temp.qoverpt = static_cast<uint64_t>(qoverpt * GTRACK_HDR_W3_QOVERPT_mf);
         temp.phi = static_cast<uint64_t>(phi * GTRACK_HDR_W3_PHI_mf);
         temp.eta = static_cast<uint64_t>(eta * GTRACK_HDR_W3_ETA_mf);
         temp.spare = spare;
         return temp;
     }
 
     inline uint64_t to_real_GTRACK_HDR_w1_flag (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_GTRACK_HDR_w1_type (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_GTRACK_HDR_w1_eta_region (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_GTRACK_HDR_w1_phi_region (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_GTRACK_HDR_w1_phi_bin (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_GTRACK_HDR_w1_z_bin (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_GTRACK_HDR_w1_second_stage (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_GTRACK_HDR_w1_layer_bitmask (const uint64_t& in) {
         return in;
     }
 
     inline double to_real_GTRACK_HDR_w2_score (const uint64_t& in) {
         return (double)in / GTRACK_HDR_W2_SCORE_mf;
     }
 
     inline double to_real_GTRACK_HDR_w2_d0 (const int64_t& in) {
         return (double)in / GTRACK_HDR_W2_D0_mf;
     }
 
     inline double to_real_GTRACK_HDR_w2_z0 (const int64_t& in) {
         return (double)in / GTRACK_HDR_W2_Z0_mf;
     }
 
     inline uint64_t to_real_GTRACK_HDR_w2_spare (const uint64_t& in) {
         return in;
     }
 
     inline int64_t to_real_GTRACK_HDR_w3_qoverpt (const int64_t& in) {
         return in;
     }
 
     inline int64_t to_real_GTRACK_HDR_w3_phi (const int64_t& in) {
         return in;
     }
 
     inline int64_t to_real_GTRACK_HDR_w3_eta (const int64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_GTRACK_HDR_w3_spare (const uint64_t& in) {
         return in;
     }
 
     // PIXEL_CLUSTER word description
     const int PIXEL_CLUSTER_LAST_bits = 1;
     const int PIXEL_CLUSTER_LAST_lsb = 63;
     const float PIXEL_CLUSTER_LAST_mf = 1.;
 
     const int PIXEL_CLUSTER_COL_bits = 13;
     const int PIXEL_CLUSTER_COL_lsb = 50;
     const float PIXEL_CLUSTER_COL_mf = 1.;
 
     const int PIXEL_CLUSTER_ROW_bits = 13;
     const int PIXEL_CLUSTER_ROW_lsb = 37;
     const float PIXEL_CLUSTER_ROW_mf = 1.;
 
     const int PIXEL_CLUSTER_CENTROID_COL_bits = 16;
     const int PIXEL_CLUSTER_CENTROID_COL_lsb = 21;
     const float PIXEL_CLUSTER_CENTROID_COL_mf = 256.;
 
     const int PIXEL_CLUSTER_CENTROID_ROW_bits = 16;
     const int PIXEL_CLUSTER_CENTROID_ROW_lsb = 5;
     const float PIXEL_CLUSTER_CENTROID_ROW_mf = 256.;
 
     const int PIXEL_CLUSTER_SPARE_bits = 5;
     const int PIXEL_CLUSTER_SPARE_lsb = 0;
     const float PIXEL_CLUSTER_SPARE_mf = 1.;
 
     typedef struct PIXEL_CLUSTER {
         uint64_t last : PIXEL_CLUSTER_LAST_bits;
         uint64_t col : PIXEL_CLUSTER_COL_bits;
         uint64_t row : PIXEL_CLUSTER_ROW_bits;
         uint64_t centroid_col : PIXEL_CLUSTER_CENTROID_COL_bits;
         uint64_t centroid_row : PIXEL_CLUSTER_CENTROID_ROW_bits;
         uint64_t spare : PIXEL_CLUSTER_SPARE_bits;
     } PIXEL_CLUSTER;
 
     inline PIXEL_CLUSTER get_bitfields_PIXEL_CLUSTER (const uint64_t& in) {
         PIXEL_CLUSTER temp;
         temp.last = (in & SELECTBITS(PIXEL_CLUSTER_LAST_bits, PIXEL_CLUSTER_LAST_lsb)) >> PIXEL_CLUSTER_LAST_lsb;
         temp.col = (in & SELECTBITS(PIXEL_CLUSTER_COL_bits, PIXEL_CLUSTER_COL_lsb)) >> PIXEL_CLUSTER_COL_lsb;
         temp.row = (in & SELECTBITS(PIXEL_CLUSTER_ROW_bits, PIXEL_CLUSTER_ROW_lsb)) >> PIXEL_CLUSTER_ROW_lsb;
         temp.centroid_col = (in & SELECTBITS(PIXEL_CLUSTER_CENTROID_COL_bits, PIXEL_CLUSTER_CENTROID_COL_lsb)) >> PIXEL_CLUSTER_CENTROID_COL_lsb;
         temp.centroid_row = (in & SELECTBITS(PIXEL_CLUSTER_CENTROID_ROW_bits, PIXEL_CLUSTER_CENTROID_ROW_lsb)) >> PIXEL_CLUSTER_CENTROID_ROW_lsb;
         temp.spare = (in & SELECTBITS(PIXEL_CLUSTER_SPARE_bits, PIXEL_CLUSTER_SPARE_lsb)) >> PIXEL_CLUSTER_SPARE_lsb;
         return temp;
     }
 
     inline uint64_t get_dataformat_PIXEL_CLUSTER (const PIXEL_CLUSTER& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.last)) & SELECTBITS(PIXEL_CLUSTER_LAST_bits, 0)) << PIXEL_CLUSTER_LAST_lsb);
         temp |= (((static_cast<uint64_t>(in.col)) & SELECTBITS(PIXEL_CLUSTER_COL_bits, 0)) << PIXEL_CLUSTER_COL_lsb);
         temp |= (((static_cast<uint64_t>(in.row)) & SELECTBITS(PIXEL_CLUSTER_ROW_bits, 0)) << PIXEL_CLUSTER_ROW_lsb);
         temp |= (((static_cast<uint64_t>(in.centroid_col)) & SELECTBITS(PIXEL_CLUSTER_CENTROID_COL_bits, 0)) << PIXEL_CLUSTER_CENTROID_COL_lsb);
         temp |= (((static_cast<uint64_t>(in.centroid_row)) & SELECTBITS(PIXEL_CLUSTER_CENTROID_ROW_bits, 0)) << PIXEL_CLUSTER_CENTROID_ROW_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(PIXEL_CLUSTER_SPARE_bits, 0)) << PIXEL_CLUSTER_SPARE_lsb);
         return temp;
     }
 
     inline PIXEL_CLUSTER fill_PIXEL_CLUSTER (const uint64_t& last, const uint64_t& col, const uint64_t& row, const double& centroid_col, const double& centroid_row, const uint64_t& spare) {
         PIXEL_CLUSTER temp;
         temp.last = last;
         temp.col = col;
         temp.row = row;
         temp.centroid_col = (uint64_t)(centroid_col * PIXEL_CLUSTER_CENTROID_COL_mf);
         temp.centroid_row = (uint64_t)(centroid_row * PIXEL_CLUSTER_CENTROID_ROW_mf);
         temp.spare = spare;
         return temp;
     }
 
     inline uint64_t to_real_PIXEL_CLUSTER_last (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_PIXEL_CLUSTER_col (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_PIXEL_CLUSTER_row (const uint64_t& in) {
         return in;
     }
 
     inline double to_real_PIXEL_CLUSTER_centroid_col (const uint64_t& in) {
         return (double)in / PIXEL_CLUSTER_CENTROID_COL_mf;
     }
 
     inline double to_real_PIXEL_CLUSTER_centroid_row (const uint64_t& in) {
         return (double)in / PIXEL_CLUSTER_CENTROID_ROW_mf;
     }
 
     inline uint64_t to_real_PIXEL_CLUSTER_spare (const uint64_t& in) {
         return in;
     }
 
     // STRIP_CLUSTER word description
     const int STRIP_CLUSTER_LAST_bits = 1;
     const int STRIP_CLUSTER_LAST_lsb = 31;
     const float STRIP_CLUSTER_LAST_mf = 1.;
 
     const int STRIP_CLUSTER_ROW_bits = 1;
     const int STRIP_CLUSTER_ROW_lsb = 30;
     const float STRIP_CLUSTER_ROW_mf = 1.;
 
     const int STRIP_CLUSTER_NSTRIPS_bits = 8;
     const int STRIP_CLUSTER_NSTRIPS_lsb = 22;
     const float STRIP_CLUSTER_NSTRIPS_mf = 1.;
 
     const int STRIP_CLUSTER_STRIP_INDEX_bits = 12;
     const int STRIP_CLUSTER_STRIP_INDEX_lsb = 10;
     const float STRIP_CLUSTER_STRIP_INDEX_mf = 1.;
 
     const int STRIP_CLUSTER_SPARE_bits = 10;
     const int STRIP_CLUSTER_SPARE_lsb = 0;
     const float STRIP_CLUSTER_SPARE_mf = 1.;
 
     typedef struct STRIP_CLUSTER {
         uint64_t last : STRIP_CLUSTER_LAST_bits;
         uint64_t row : STRIP_CLUSTER_ROW_bits;
         uint64_t nstrips : STRIP_CLUSTER_NSTRIPS_bits;
         uint64_t strip_index : STRIP_CLUSTER_STRIP_INDEX_bits;
         uint64_t spare : STRIP_CLUSTER_SPARE_bits;
     } STRIP_CLUSTER;
 
     inline STRIP_CLUSTER get_bitfields_STRIP_CLUSTER (const uint64_t& in) {
         STRIP_CLUSTER temp;
         temp.last = (in & SELECTBITS(STRIP_CLUSTER_LAST_bits, STRIP_CLUSTER_LAST_lsb)) >> STRIP_CLUSTER_LAST_lsb;
         temp.row = (in & SELECTBITS(STRIP_CLUSTER_ROW_bits, STRIP_CLUSTER_ROW_lsb)) >> STRIP_CLUSTER_ROW_lsb;
         temp.nstrips = (in & SELECTBITS(STRIP_CLUSTER_NSTRIPS_bits, STRIP_CLUSTER_NSTRIPS_lsb)) >> STRIP_CLUSTER_NSTRIPS_lsb;
         temp.strip_index = (in & SELECTBITS(STRIP_CLUSTER_STRIP_INDEX_bits, STRIP_CLUSTER_STRIP_INDEX_lsb)) >> STRIP_CLUSTER_STRIP_INDEX_lsb;
         temp.spare = (in & SELECTBITS(STRIP_CLUSTER_SPARE_bits, STRIP_CLUSTER_SPARE_lsb)) >> STRIP_CLUSTER_SPARE_lsb;
         return temp;
     }
 
     inline uint64_t get_dataformat_STRIP_CLUSTER_up32 (const uint64_t& in) {
         return (in & SELECTBITS(32, 32)) >> 32;
 }
 
     inline uint64_t get_dataformat_STRIP_CLUSTER_low32 (const uint64_t& in) {
         return (in & SELECTBITS(32, 0));
 }
 
     inline uint64_t get_dataformat_STRIP_CLUSTER (const STRIP_CLUSTER& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.last)) & SELECTBITS(STRIP_CLUSTER_LAST_bits, 0)) << STRIP_CLUSTER_LAST_lsb);
         temp |= (((static_cast<uint64_t>(in.row)) & SELECTBITS(STRIP_CLUSTER_ROW_bits, 0)) << STRIP_CLUSTER_ROW_lsb);
         temp |= (((static_cast<uint64_t>(in.nstrips)) & SELECTBITS(STRIP_CLUSTER_NSTRIPS_bits, 0)) << STRIP_CLUSTER_NSTRIPS_lsb);
         temp |= (((static_cast<uint64_t>(in.strip_index)) & SELECTBITS(STRIP_CLUSTER_STRIP_INDEX_bits, 0)) << STRIP_CLUSTER_STRIP_INDEX_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(STRIP_CLUSTER_SPARE_bits, 0)) << STRIP_CLUSTER_SPARE_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_STRIP_CLUSTER_64 (const uint64_t& up, const uint64_t& low) {
         uint64_t temp = up << 32;
         return (temp | low);
 }
 
     inline STRIP_CLUSTER fill_STRIP_CLUSTER (const uint64_t& last, const uint64_t& row, const uint64_t& nstrips, const uint64_t& strip_index, const uint64_t& spare) {
         STRIP_CLUSTER temp;
         temp.last = last;
         temp.row = row;
         temp.nstrips = nstrips;
         temp.strip_index = strip_index;
         temp.spare = spare;
         return temp;
     }
 
     inline uint64_t to_real_STRIP_CLUSTER_last (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_STRIP_CLUSTER_row (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_STRIP_CLUSTER_nstrips (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_STRIP_CLUSTER_strip_index (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_STRIP_CLUSTER_spare (const uint64_t& in) {
         return in;
     }
 
     // GHITZ_W1 word description
     const int GHITZ_W1_LAST_bits = 1;
     const int GHITZ_W1_LAST_lsb = 63;
     const float GHITZ_W1_LAST_mf = 1.;
 
     const int GHITZ_W1_LYR_bits = 6;
     const int GHITZ_W1_LYR_lsb = 57;
     const float GHITZ_W1_LYR_mf = 1.;
 
     const int GHITZ_W1_RAD_bits = 18;
     const int GHITZ_W1_RAD_lsb = 39;
     const float GHITZ_W1_RAD_mf = 256.;
 
     const int GHITZ_W1_PHI_bits = 16;
     const int GHITZ_W1_PHI_lsb = 23;
     const float GHITZ_W1_PHI_mf = 8192.;
 
     const int GHITZ_W1_Z_bits = 20;
     const int GHITZ_W1_Z_lsb = 3;
     const float GHITZ_W1_Z_mf = 128.;
 
     const int GHITZ_W1_LASTOFSLICE_bits = 1;
     const int GHITZ_W1_LASTOFSLICE_lsb = 2;
     const float GHITZ_W1_LASTOFSLICE_mf = 1.;
 
     const int GHITZ_W1_SPARE_bits = 2;
     const int GHITZ_W1_SPARE_lsb = 0;
     const float GHITZ_W1_SPARE_mf = 1.;
 
     // GHITZ_W2 word description
     const int GHITZ_W2_CLUSTER1_bits = 19;
     const int GHITZ_W2_CLUSTER1_lsb = 45;
     const float GHITZ_W2_CLUSTER1_mf = 1.;
 
     const int GHITZ_W2_CLUSTER2_bits = 19;
     const int GHITZ_W2_CLUSTER2_lsb = 26;
     const float GHITZ_W2_CLUSTER2_mf = 1.;
 
     const int GHITZ_W2_ROW_bits = 6;
     const int GHITZ_W2_ROW_lsb = 20;
     const float GHITZ_W2_ROW_mf = 1.;
 
     const int GHITZ_W2_SPARE_bits = 20;
     const int GHITZ_W2_SPARE_lsb = 0;
     const float GHITZ_W2_SPARE_mf = 1.;
 
     typedef struct GHITZ_w1 {
         uint64_t last : GHITZ_W1_LAST_bits;
         uint64_t lyr : GHITZ_W1_LYR_bits;
         uint64_t rad : GHITZ_W1_RAD_bits;
         int64_t phi : GHITZ_W1_PHI_bits;
         int64_t z : GHITZ_W1_Z_bits;
         uint64_t lastofslice : GHITZ_W1_LASTOFSLICE_bits;
         uint64_t spare : GHITZ_W1_SPARE_bits;
     } GHITZ_w1;
 
     typedef struct GHITZ_w2 {
         uint64_t cluster1 : GHITZ_W2_CLUSTER1_bits;
         uint64_t cluster2 : GHITZ_W2_CLUSTER2_bits;
         uint64_t row : GHITZ_W2_ROW_bits;
         uint64_t spare : GHITZ_W2_SPARE_bits;
     } GHITZ_w2;
 
     inline GHITZ_w1 get_bitfields_GHITZ_w1 (const uint64_t& in) {
         GHITZ_w1 temp;
         temp.last = (in & SELECTBITS(GHITZ_W1_LAST_bits, GHITZ_W1_LAST_lsb)) >> GHITZ_W1_LAST_lsb;
         temp.lyr = (in & SELECTBITS(GHITZ_W1_LYR_bits, GHITZ_W1_LYR_lsb)) >> GHITZ_W1_LYR_lsb;
         temp.rad = (in & SELECTBITS(GHITZ_W1_RAD_bits, GHITZ_W1_RAD_lsb)) >> GHITZ_W1_RAD_lsb;
         temp.phi = (in & SELECTBITS(GHITZ_W1_PHI_bits, GHITZ_W1_PHI_lsb)) >> GHITZ_W1_PHI_lsb;
         temp.z = (in & SELECTBITS(GHITZ_W1_Z_bits, GHITZ_W1_Z_lsb)) >> GHITZ_W1_Z_lsb;
         temp.lastofslice = (in & SELECTBITS(GHITZ_W1_LASTOFSLICE_bits, GHITZ_W1_LASTOFSLICE_lsb)) >> GHITZ_W1_LASTOFSLICE_lsb;
         temp.spare = (in & SELECTBITS(GHITZ_W1_SPARE_bits, GHITZ_W1_SPARE_lsb)) >> GHITZ_W1_SPARE_lsb;
         return temp;
     }
 
     inline GHITZ_w2 get_bitfields_GHITZ_w2 (const uint64_t& in) {
         GHITZ_w2 temp;
         temp.cluster1 = (in & SELECTBITS(GHITZ_W2_CLUSTER1_bits, GHITZ_W2_CLUSTER1_lsb)) >> GHITZ_W2_CLUSTER1_lsb;
         temp.cluster2 = (in & SELECTBITS(GHITZ_W2_CLUSTER2_bits, GHITZ_W2_CLUSTER2_lsb)) >> GHITZ_W2_CLUSTER2_lsb;
         temp.row = (in & SELECTBITS(GHITZ_W2_ROW_bits, GHITZ_W2_ROW_lsb)) >> GHITZ_W2_ROW_lsb;
         temp.spare = (in & SELECTBITS(GHITZ_W2_SPARE_bits, GHITZ_W2_SPARE_lsb)) >> GHITZ_W2_SPARE_lsb;
         return temp;
     }
 
     inline uint64_t get_dataformat_GHITZ_w1 (const GHITZ_w1& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.last)) & SELECTBITS(GHITZ_W1_LAST_bits, 0)) << GHITZ_W1_LAST_lsb);
         temp |= (((static_cast<uint64_t>(in.lyr)) & SELECTBITS(GHITZ_W1_LYR_bits, 0)) << GHITZ_W1_LYR_lsb);
         temp |= (((static_cast<uint64_t>(in.rad)) & SELECTBITS(GHITZ_W1_RAD_bits, 0)) << GHITZ_W1_RAD_lsb);
         temp |= (((static_cast<uint64_t>(in.phi)) & SELECTBITS(GHITZ_W1_PHI_bits, 0)) << GHITZ_W1_PHI_lsb);
         temp |= (((static_cast<uint64_t>(in.z)) & SELECTBITS(GHITZ_W1_Z_bits, 0)) << GHITZ_W1_Z_lsb);
         temp |= (((static_cast<uint64_t>(in.lastofslice)) & SELECTBITS(GHITZ_W1_LASTOFSLICE_bits, 0)) << GHITZ_W1_LASTOFSLICE_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(GHITZ_W1_SPARE_bits, 0)) << GHITZ_W1_SPARE_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_GHITZ_w2 (const GHITZ_w2& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.cluster1)) & SELECTBITS(GHITZ_W2_CLUSTER1_bits, 0)) << GHITZ_W2_CLUSTER1_lsb);
         temp |= (((static_cast<uint64_t>(in.cluster2)) & SELECTBITS(GHITZ_W2_CLUSTER2_bits, 0)) << GHITZ_W2_CLUSTER2_lsb);
         temp |= (((static_cast<uint64_t>(in.row)) & SELECTBITS(GHITZ_W2_ROW_bits, 0)) << GHITZ_W2_ROW_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(GHITZ_W2_SPARE_bits, 0)) << GHITZ_W2_SPARE_lsb);
         return temp;
     }
 
     inline GHITZ_w1 fill_GHITZ_w1 (const uint64_t& last, const uint64_t& lyr, const double& rad, const double& phi, const double& z, const uint64_t& lastofslice, const uint64_t& spare) {
         GHITZ_w1 temp;
         temp.last = last;
         temp.lyr = lyr;
         temp.rad = (uint64_t)(rad * GHITZ_W1_RAD_mf);
         temp.phi = (int64_t)(phi * GHITZ_W1_PHI_mf);
         temp.z = (int64_t)(z * GHITZ_W1_Z_mf);
         temp.lastofslice = lastofslice;
         temp.spare = spare;
         return temp;
     }
 
     inline GHITZ_w2 fill_GHITZ_w2 (const uint64_t& cluster1, const uint64_t& cluster2, const uint64_t& row, const uint64_t& spare) {
         GHITZ_w2 temp;
         temp.cluster1 = cluster1;
         temp.cluster2 = cluster2;
         temp.row = row;
         temp.spare = spare;
         return temp;
     }
 
     inline uint64_t to_real_GHITZ_w1_last (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_GHITZ_w1_lyr (const uint64_t& in) {
         return in;
     }
 
     inline double to_real_GHITZ_w1_rad (const uint64_t& in) {
         return (double)in / GHITZ_W1_RAD_mf;
     }
 
     inline double to_real_GHITZ_w1_phi (const int64_t& in) {
         return (double)in / GHITZ_W1_PHI_mf;
     }
 
     inline double to_real_GHITZ_w1_z (const int64_t& in) {
         return (double)in / GHITZ_W1_Z_mf;
     }
 
     inline uint64_t to_real_GHITZ_w1_lastofslice (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_GHITZ_w1_spare (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_GHITZ_w2_cluster1 (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_GHITZ_w2_cluster2 (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_GHITZ_w2_row (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_GHITZ_w2_spare (const uint64_t& in) {
         return in;
     }
 
     // EDM_STRIPCLUSTER defined flags
     const int EDM_STRIPCLUSTER_FLAG = 0x66;
 
     // EDM_STRIPCLUSTER_W1 word description
     const int EDM_STRIPCLUSTER_W1_FLAG_bits = 8;
     const int EDM_STRIPCLUSTER_W1_FLAG_lsb = 56;
     const float EDM_STRIPCLUSTER_W1_FLAG_mf = 1.;
 
     const int EDM_STRIPCLUSTER_W1_ID_HASH_bits = 32;
     const int EDM_STRIPCLUSTER_W1_ID_HASH_lsb = 24;
     const float EDM_STRIPCLUSTER_W1_ID_HASH_mf = 1.;
 
     const int EDM_STRIPCLUSTER_W1_SPARE_bits = 24;
     const int EDM_STRIPCLUSTER_W1_SPARE_lsb = 0;
     const float EDM_STRIPCLUSTER_W1_SPARE_mf = 1.;
 
     // EDM_STRIPCLUSTER_W2 word description
     const int EDM_STRIPCLUSTER_W2_RDO_LIST_W1_bits = 64;
     const int EDM_STRIPCLUSTER_W2_RDO_LIST_W1_lsb = 0;
     const float EDM_STRIPCLUSTER_W2_RDO_LIST_W1_mf = 1.;
 
     // EDM_STRIPCLUSTER_W3 word description
     const int EDM_STRIPCLUSTER_W3_RDO_LIST_W2_bits = 64;
     const int EDM_STRIPCLUSTER_W3_RDO_LIST_W2_lsb = 0;
     const float EDM_STRIPCLUSTER_W3_RDO_LIST_W2_mf = 1.;
 
     // EDM_STRIPCLUSTER_W4 word description
     const int EDM_STRIPCLUSTER_W4_RDO_LIST_W3_bits = 64;
     const int EDM_STRIPCLUSTER_W4_RDO_LIST_W3_lsb = 0;
     const float EDM_STRIPCLUSTER_W4_RDO_LIST_W3_mf = 1.;
 
     // EDM_STRIPCLUSTER_W5 word description
     const int EDM_STRIPCLUSTER_W5_RDO_LIST_W4_bits = 64;
     const int EDM_STRIPCLUSTER_W5_RDO_LIST_W4_lsb = 0;
     const float EDM_STRIPCLUSTER_W5_RDO_LIST_W4_mf = 1.;
 
     // EDM_STRIPCLUSTER_W6 word description
     const int EDM_STRIPCLUSTER_W6_LOCALPOSITION_X_bits = 21;
     const int EDM_STRIPCLUSTER_W6_LOCALPOSITION_X_lsb = 43;
     const float EDM_STRIPCLUSTER_W6_LOCALPOSITION_X_mf = 8192.;
 
     const int EDM_STRIPCLUSTER_W6_LOCALPOSITION_Y_bits = 21;
     const int EDM_STRIPCLUSTER_W6_LOCALPOSITION_Y_lsb = 22;
     const float EDM_STRIPCLUSTER_W6_LOCALPOSITION_Y_mf = 8192.;
 
     const int EDM_STRIPCLUSTER_W6_LOCALCOVARIANCE_XX_bits = 20;
     const int EDM_STRIPCLUSTER_W6_LOCALCOVARIANCE_XX_lsb = 2;
     const float EDM_STRIPCLUSTER_W6_LOCALCOVARIANCE_XX_mf = 524288.;
 
     const int EDM_STRIPCLUSTER_W6_SPARE_bits = 2;
     const int EDM_STRIPCLUSTER_W6_SPARE_lsb = 0;
     const float EDM_STRIPCLUSTER_W6_SPARE_mf = 1.;
 
     // EDM_STRIPCLUSTER_W7 word description
     const int EDM_STRIPCLUSTER_W7_GLOBALPOSITION_X_bits = 27;
     const int EDM_STRIPCLUSTER_W7_GLOBALPOSITION_X_lsb = 37;
     const float EDM_STRIPCLUSTER_W7_GLOBALPOSITION_X_mf = 65536.;
 
     const int EDM_STRIPCLUSTER_W7_GLOBALPOSITION_Y_bits = 27;
     const int EDM_STRIPCLUSTER_W7_GLOBALPOSITION_Y_lsb = 10;
     const float EDM_STRIPCLUSTER_W7_GLOBALPOSITION_Y_mf = 65536.;
 
     const int EDM_STRIPCLUSTER_W7_CHANNELS_IN_PHI_bits = 6;
     const int EDM_STRIPCLUSTER_W7_CHANNELS_IN_PHI_lsb = 4;
     const float EDM_STRIPCLUSTER_W7_CHANNELS_IN_PHI_mf = 1.;
 
     const int EDM_STRIPCLUSTER_W7_SPARE_bits = 4;
     const int EDM_STRIPCLUSTER_W7_SPARE_lsb = 0;
     const float EDM_STRIPCLUSTER_W7_SPARE_mf = 1.;
 
     // EDM_STRIPCLUSTER_W8 word description
     const int EDM_STRIPCLUSTER_W8_IDENTIFIER_bits = 64;
     const int EDM_STRIPCLUSTER_W8_IDENTIFIER_lsb = 0;
     const float EDM_STRIPCLUSTER_W8_IDENTIFIER_mf = 1.;
 
     // EDM_STRIPCLUSTER_W9 word description
     const int EDM_STRIPCLUSTER_W9_GLOBALPOSITION_Z_bits = 29;
     const int EDM_STRIPCLUSTER_W9_GLOBALPOSITION_Z_lsb = 35;
     const float EDM_STRIPCLUSTER_W9_GLOBALPOSITION_Z_mf = 65536.;
 
     const int EDM_STRIPCLUSTER_W9_LASTWORD_bits = 1;
     const int EDM_STRIPCLUSTER_W9_LASTWORD_lsb = 34;
     const float EDM_STRIPCLUSTER_W9_LASTWORD_mf = 1.;
 
     const int EDM_STRIPCLUSTER_W9_INDEX_bits = 32;
     const int EDM_STRIPCLUSTER_W9_INDEX_lsb = 2;
     const float EDM_STRIPCLUSTER_W9_INDEX_mf = 1.;
 
     const int EDM_STRIPCLUSTER_W9_SPARE_bits = 2;
     const int EDM_STRIPCLUSTER_W9_SPARE_lsb = 0;
     const float EDM_STRIPCLUSTER_W9_SPARE_mf = 1.;
 
     typedef struct EDM_STRIPCLUSTER_w1 {
         uint64_t flag : EDM_STRIPCLUSTER_W1_FLAG_bits;
         uint64_t id_hash : EDM_STRIPCLUSTER_W1_ID_HASH_bits;
         uint64_t spare : EDM_STRIPCLUSTER_W1_SPARE_bits;
     } EDM_STRIPCLUSTER_w1;
 
     typedef struct EDM_STRIPCLUSTER_w2 {
         uint64_t rdo_list_w1 : EDM_STRIPCLUSTER_W2_RDO_LIST_W1_bits;
     } EDM_STRIPCLUSTER_w2;
 
     typedef struct EDM_STRIPCLUSTER_w3 {
         uint64_t rdo_list_w2 : EDM_STRIPCLUSTER_W3_RDO_LIST_W2_bits;
     } EDM_STRIPCLUSTER_w3;
 
     typedef struct EDM_STRIPCLUSTER_w4 {
         uint64_t rdo_list_w3 : EDM_STRIPCLUSTER_W4_RDO_LIST_W3_bits;
     } EDM_STRIPCLUSTER_w4;
 
     typedef struct EDM_STRIPCLUSTER_w5 {
         uint64_t rdo_list_w4 : EDM_STRIPCLUSTER_W5_RDO_LIST_W4_bits;
     } EDM_STRIPCLUSTER_w5;
 
     typedef struct EDM_STRIPCLUSTER_w6 {
         int64_t localposition_x : EDM_STRIPCLUSTER_W6_LOCALPOSITION_X_bits;
         int64_t localposition_y : EDM_STRIPCLUSTER_W6_LOCALPOSITION_Y_bits;
         uint64_t localcovariance_xx : EDM_STRIPCLUSTER_W6_LOCALCOVARIANCE_XX_bits;
         uint64_t spare : EDM_STRIPCLUSTER_W6_SPARE_bits;
     } EDM_STRIPCLUSTER_w6;
 
     typedef struct EDM_STRIPCLUSTER_w7 {
         int64_t globalposition_x : EDM_STRIPCLUSTER_W7_GLOBALPOSITION_X_bits;
         int64_t globalposition_y : EDM_STRIPCLUSTER_W7_GLOBALPOSITION_Y_bits;
         uint64_t channels_in_phi : EDM_STRIPCLUSTER_W7_CHANNELS_IN_PHI_bits;
         uint64_t spare : EDM_STRIPCLUSTER_W7_SPARE_bits;
     } EDM_STRIPCLUSTER_w7;
 
     typedef struct EDM_STRIPCLUSTER_w8 {
         uint64_t identifier : EDM_STRIPCLUSTER_W8_IDENTIFIER_bits;
     } EDM_STRIPCLUSTER_w8;
 
     typedef struct EDM_STRIPCLUSTER_w9 {
         int64_t globalposition_z : EDM_STRIPCLUSTER_W9_GLOBALPOSITION_Z_bits;
         uint64_t lastword : EDM_STRIPCLUSTER_W9_LASTWORD_bits;
         uint64_t index : EDM_STRIPCLUSTER_W9_INDEX_bits;
         uint64_t spare : EDM_STRIPCLUSTER_W9_SPARE_bits;
     } EDM_STRIPCLUSTER_w9;
 
     inline EDM_STRIPCLUSTER_w1 get_bitfields_EDM_STRIPCLUSTER_w1 (const uint64_t& in) {
         EDM_STRIPCLUSTER_w1 temp;
         temp.flag = (in & SELECTBITS(EDM_STRIPCLUSTER_W1_FLAG_bits, EDM_STRIPCLUSTER_W1_FLAG_lsb)) >> EDM_STRIPCLUSTER_W1_FLAG_lsb;
         temp.id_hash = (in & SELECTBITS(EDM_STRIPCLUSTER_W1_ID_HASH_bits, EDM_STRIPCLUSTER_W1_ID_HASH_lsb)) >> EDM_STRIPCLUSTER_W1_ID_HASH_lsb;
         temp.spare = (in & SELECTBITS(EDM_STRIPCLUSTER_W1_SPARE_bits, EDM_STRIPCLUSTER_W1_SPARE_lsb)) >> EDM_STRIPCLUSTER_W1_SPARE_lsb;
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w2 get_bitfields_EDM_STRIPCLUSTER_w2 (const uint64_t& in) {
         EDM_STRIPCLUSTER_w2 temp;
         temp.rdo_list_w1 = (in & SELECTBITS(EDM_STRIPCLUSTER_W2_RDO_LIST_W1_bits, EDM_STRIPCLUSTER_W2_RDO_LIST_W1_lsb)) >> EDM_STRIPCLUSTER_W2_RDO_LIST_W1_lsb;
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w3 get_bitfields_EDM_STRIPCLUSTER_w3 (const uint64_t& in) {
         EDM_STRIPCLUSTER_w3 temp;
         temp.rdo_list_w2 = (in & SELECTBITS(EDM_STRIPCLUSTER_W3_RDO_LIST_W2_bits, EDM_STRIPCLUSTER_W3_RDO_LIST_W2_lsb)) >> EDM_STRIPCLUSTER_W3_RDO_LIST_W2_lsb;
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w4 get_bitfields_EDM_STRIPCLUSTER_w4 (const uint64_t& in) {
         EDM_STRIPCLUSTER_w4 temp;
         temp.rdo_list_w3 = (in & SELECTBITS(EDM_STRIPCLUSTER_W4_RDO_LIST_W3_bits, EDM_STRIPCLUSTER_W4_RDO_LIST_W3_lsb)) >> EDM_STRIPCLUSTER_W4_RDO_LIST_W3_lsb;
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w5 get_bitfields_EDM_STRIPCLUSTER_w5 (const uint64_t& in) {
         EDM_STRIPCLUSTER_w5 temp;
         temp.rdo_list_w4 = (in & SELECTBITS(EDM_STRIPCLUSTER_W5_RDO_LIST_W4_bits, EDM_STRIPCLUSTER_W5_RDO_LIST_W4_lsb)) >> EDM_STRIPCLUSTER_W5_RDO_LIST_W4_lsb;
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w6 get_bitfields_EDM_STRIPCLUSTER_w6 (const uint64_t& in) {
         EDM_STRIPCLUSTER_w6 temp;
         temp.localposition_x = (in & SELECTBITS(EDM_STRIPCLUSTER_W6_LOCALPOSITION_X_bits, EDM_STRIPCLUSTER_W6_LOCALPOSITION_X_lsb)) >> EDM_STRIPCLUSTER_W6_LOCALPOSITION_X_lsb;
         temp.localposition_y = (in & SELECTBITS(EDM_STRIPCLUSTER_W6_LOCALPOSITION_Y_bits, EDM_STRIPCLUSTER_W6_LOCALPOSITION_Y_lsb)) >> EDM_STRIPCLUSTER_W6_LOCALPOSITION_Y_lsb;
         temp.localcovariance_xx = (in & SELECTBITS(EDM_STRIPCLUSTER_W6_LOCALCOVARIANCE_XX_bits, EDM_STRIPCLUSTER_W6_LOCALCOVARIANCE_XX_lsb)) >> EDM_STRIPCLUSTER_W6_LOCALCOVARIANCE_XX_lsb;
         temp.spare = (in & SELECTBITS(EDM_STRIPCLUSTER_W6_SPARE_bits, EDM_STRIPCLUSTER_W6_SPARE_lsb)) >> EDM_STRIPCLUSTER_W6_SPARE_lsb;
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w7 get_bitfields_EDM_STRIPCLUSTER_w7 (const uint64_t& in) {
         EDM_STRIPCLUSTER_w7 temp;
         temp.globalposition_x = (in & SELECTBITS(EDM_STRIPCLUSTER_W7_GLOBALPOSITION_X_bits, EDM_STRIPCLUSTER_W7_GLOBALPOSITION_X_lsb)) >> EDM_STRIPCLUSTER_W7_GLOBALPOSITION_X_lsb;
         temp.globalposition_y = (in & SELECTBITS(EDM_STRIPCLUSTER_W7_GLOBALPOSITION_Y_bits, EDM_STRIPCLUSTER_W7_GLOBALPOSITION_Y_lsb)) >> EDM_STRIPCLUSTER_W7_GLOBALPOSITION_Y_lsb;
         temp.channels_in_phi = (in & SELECTBITS(EDM_STRIPCLUSTER_W7_CHANNELS_IN_PHI_bits, EDM_STRIPCLUSTER_W7_CHANNELS_IN_PHI_lsb)) >> EDM_STRIPCLUSTER_W7_CHANNELS_IN_PHI_lsb;
         temp.spare = (in & SELECTBITS(EDM_STRIPCLUSTER_W7_SPARE_bits, EDM_STRIPCLUSTER_W7_SPARE_lsb)) >> EDM_STRIPCLUSTER_W7_SPARE_lsb;
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w8 get_bitfields_EDM_STRIPCLUSTER_w8 (const uint64_t& in) {
         EDM_STRIPCLUSTER_w8 temp;
         temp.identifier = (in & SELECTBITS(EDM_STRIPCLUSTER_W8_IDENTIFIER_bits, EDM_STRIPCLUSTER_W8_IDENTIFIER_lsb)) >> EDM_STRIPCLUSTER_W8_IDENTIFIER_lsb;
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w9 get_bitfields_EDM_STRIPCLUSTER_w9 (const uint64_t& in) {
         EDM_STRIPCLUSTER_w9 temp;
         temp.globalposition_z = (in & SELECTBITS(EDM_STRIPCLUSTER_W9_GLOBALPOSITION_Z_bits, EDM_STRIPCLUSTER_W9_GLOBALPOSITION_Z_lsb)) >> EDM_STRIPCLUSTER_W9_GLOBALPOSITION_Z_lsb;
         temp.lastword = (in & SELECTBITS(EDM_STRIPCLUSTER_W9_LASTWORD_bits, EDM_STRIPCLUSTER_W9_LASTWORD_lsb)) >> EDM_STRIPCLUSTER_W9_LASTWORD_lsb;
         temp.index = (in & SELECTBITS(EDM_STRIPCLUSTER_W9_INDEX_bits, EDM_STRIPCLUSTER_W9_INDEX_lsb)) >> EDM_STRIPCLUSTER_W9_INDEX_lsb;
         temp.spare = (in & SELECTBITS(EDM_STRIPCLUSTER_W9_SPARE_bits, EDM_STRIPCLUSTER_W9_SPARE_lsb)) >> EDM_STRIPCLUSTER_W9_SPARE_lsb;
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_STRIPCLUSTER_w1 (const EDM_STRIPCLUSTER_w1& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.flag)) & SELECTBITS(EDM_STRIPCLUSTER_W1_FLAG_bits, 0)) << EDM_STRIPCLUSTER_W1_FLAG_lsb);
         temp |= (((static_cast<uint64_t>(in.id_hash)) & SELECTBITS(EDM_STRIPCLUSTER_W1_ID_HASH_bits, 0)) << EDM_STRIPCLUSTER_W1_ID_HASH_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(EDM_STRIPCLUSTER_W1_SPARE_bits, 0)) << EDM_STRIPCLUSTER_W1_SPARE_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_STRIPCLUSTER_w2 (const EDM_STRIPCLUSTER_w2& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.rdo_list_w1)) & SELECTBITS(EDM_STRIPCLUSTER_W2_RDO_LIST_W1_bits, 0)) << EDM_STRIPCLUSTER_W2_RDO_LIST_W1_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_STRIPCLUSTER_w3 (const EDM_STRIPCLUSTER_w3& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.rdo_list_w2)) & SELECTBITS(EDM_STRIPCLUSTER_W3_RDO_LIST_W2_bits, 0)) << EDM_STRIPCLUSTER_W3_RDO_LIST_W2_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_STRIPCLUSTER_w4 (const EDM_STRIPCLUSTER_w4& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.rdo_list_w3)) & SELECTBITS(EDM_STRIPCLUSTER_W4_RDO_LIST_W3_bits, 0)) << EDM_STRIPCLUSTER_W4_RDO_LIST_W3_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_STRIPCLUSTER_w5 (const EDM_STRIPCLUSTER_w5& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.rdo_list_w4)) & SELECTBITS(EDM_STRIPCLUSTER_W5_RDO_LIST_W4_bits, 0)) << EDM_STRIPCLUSTER_W5_RDO_LIST_W4_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_STRIPCLUSTER_w6 (const EDM_STRIPCLUSTER_w6& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.localposition_x)) & SELECTBITS(EDM_STRIPCLUSTER_W6_LOCALPOSITION_X_bits, 0)) << EDM_STRIPCLUSTER_W6_LOCALPOSITION_X_lsb);
         temp |= (((static_cast<uint64_t>(in.localposition_y)) & SELECTBITS(EDM_STRIPCLUSTER_W6_LOCALPOSITION_Y_bits, 0)) << EDM_STRIPCLUSTER_W6_LOCALPOSITION_Y_lsb);
         temp |= (((static_cast<uint64_t>(in.localcovariance_xx)) & SELECTBITS(EDM_STRIPCLUSTER_W6_LOCALCOVARIANCE_XX_bits, 0)) << EDM_STRIPCLUSTER_W6_LOCALCOVARIANCE_XX_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(EDM_STRIPCLUSTER_W6_SPARE_bits, 0)) << EDM_STRIPCLUSTER_W6_SPARE_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_STRIPCLUSTER_w7 (const EDM_STRIPCLUSTER_w7& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.globalposition_x)) & SELECTBITS(EDM_STRIPCLUSTER_W7_GLOBALPOSITION_X_bits, 0)) << EDM_STRIPCLUSTER_W7_GLOBALPOSITION_X_lsb);
         temp |= (((static_cast<uint64_t>(in.globalposition_y)) & SELECTBITS(EDM_STRIPCLUSTER_W7_GLOBALPOSITION_Y_bits, 0)) << EDM_STRIPCLUSTER_W7_GLOBALPOSITION_Y_lsb);
         temp |= (((static_cast<uint64_t>(in.channels_in_phi)) & SELECTBITS(EDM_STRIPCLUSTER_W7_CHANNELS_IN_PHI_bits, 0)) << EDM_STRIPCLUSTER_W7_CHANNELS_IN_PHI_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(EDM_STRIPCLUSTER_W7_SPARE_bits, 0)) << EDM_STRIPCLUSTER_W7_SPARE_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_STRIPCLUSTER_w8 (const EDM_STRIPCLUSTER_w8& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.identifier)) & SELECTBITS(EDM_STRIPCLUSTER_W8_IDENTIFIER_bits, 0)) << EDM_STRIPCLUSTER_W8_IDENTIFIER_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_STRIPCLUSTER_w9 (const EDM_STRIPCLUSTER_w9& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.globalposition_z)) & SELECTBITS(EDM_STRIPCLUSTER_W9_GLOBALPOSITION_Z_bits, 0)) << EDM_STRIPCLUSTER_W9_GLOBALPOSITION_Z_lsb);
         temp |= (((static_cast<uint64_t>(in.lastword)) & SELECTBITS(EDM_STRIPCLUSTER_W9_LASTWORD_bits, 0)) << EDM_STRIPCLUSTER_W9_LASTWORD_lsb);
         temp |= (((static_cast<uint64_t>(in.index)) & SELECTBITS(EDM_STRIPCLUSTER_W9_INDEX_bits, 0)) << EDM_STRIPCLUSTER_W9_INDEX_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(EDM_STRIPCLUSTER_W9_SPARE_bits, 0)) << EDM_STRIPCLUSTER_W9_SPARE_lsb);
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w1 fill_EDM_STRIPCLUSTER_w1 (const uint64_t& flag, const uint64_t& id_hash, const uint64_t& spare) {
         EDM_STRIPCLUSTER_w1 temp;
         temp.flag = flag;
         temp.id_hash = id_hash;
         temp.spare = spare;
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w2 fill_EDM_STRIPCLUSTER_w2 (const uint64_t& rdo_list_w1) {
         EDM_STRIPCLUSTER_w2 temp;
         temp.rdo_list_w1 = rdo_list_w1;
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w3 fill_EDM_STRIPCLUSTER_w3 (const uint64_t& rdo_list_w2) {
         EDM_STRIPCLUSTER_w3 temp;
         temp.rdo_list_w2 = rdo_list_w2;
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w4 fill_EDM_STRIPCLUSTER_w4 (const uint64_t& rdo_list_w3) {
         EDM_STRIPCLUSTER_w4 temp;
         temp.rdo_list_w3 = rdo_list_w3;
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w5 fill_EDM_STRIPCLUSTER_w5 (const uint64_t& rdo_list_w4) {
         EDM_STRIPCLUSTER_w5 temp;
         temp.rdo_list_w4 = rdo_list_w4;
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w6 fill_EDM_STRIPCLUSTER_w6 (const double& localposition_x, const double& localposition_y, const double& localcovariance_xx, const uint64_t& spare) {
         EDM_STRIPCLUSTER_w6 temp;
         temp.localposition_x = (int64_t)(localposition_x * EDM_STRIPCLUSTER_W6_LOCALPOSITION_X_mf);
         temp.localposition_y = (int64_t)(localposition_y * EDM_STRIPCLUSTER_W6_LOCALPOSITION_Y_mf);
         temp.localcovariance_xx = (uint64_t)(localcovariance_xx * EDM_STRIPCLUSTER_W6_LOCALCOVARIANCE_XX_mf);
         temp.spare = spare;
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w7 fill_EDM_STRIPCLUSTER_w7 (const double& globalposition_x, const double& globalposition_y, const uint64_t& channels_in_phi, const uint64_t& spare) {
         EDM_STRIPCLUSTER_w7 temp;
         temp.globalposition_x = (int64_t)(globalposition_x * EDM_STRIPCLUSTER_W7_GLOBALPOSITION_X_mf);
         temp.globalposition_y = (int64_t)(globalposition_y * EDM_STRIPCLUSTER_W7_GLOBALPOSITION_Y_mf);
         temp.channels_in_phi = channels_in_phi;
         temp.spare = spare;
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w8 fill_EDM_STRIPCLUSTER_w8 (const uint64_t& identifier) {
         EDM_STRIPCLUSTER_w8 temp;
         temp.identifier = identifier;
         return temp;
     }
 
     inline EDM_STRIPCLUSTER_w9 fill_EDM_STRIPCLUSTER_w9 (const double& globalposition_z, const uint64_t& lastword, const uint64_t& index, const uint64_t& spare) {
         EDM_STRIPCLUSTER_w9 temp;
         temp.globalposition_z = (int64_t)(globalposition_z * EDM_STRIPCLUSTER_W9_GLOBALPOSITION_Z_mf);
         temp.lastword = lastword;
         temp.index = index;
         temp.spare = spare;
         return temp;
     }
 
     inline uint64_t to_real_EDM_STRIPCLUSTER_w1_flag (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_STRIPCLUSTER_w1_id_hash (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_STRIPCLUSTER_w1_spare (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_STRIPCLUSTER_w2_rdo_list_w1 (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_STRIPCLUSTER_w3_rdo_list_w2 (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_STRIPCLUSTER_w4_rdo_list_w3 (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_STRIPCLUSTER_w5_rdo_list_w4 (const uint64_t& in) {
         return in;
     }
 
     inline double to_real_EDM_STRIPCLUSTER_w6_localposition_x (const int64_t& in) {
         return (double)in / EDM_STRIPCLUSTER_W6_LOCALPOSITION_X_mf;
     }
 
     inline double to_real_EDM_STRIPCLUSTER_w6_localposition_y (const int64_t& in) {
         return (double)in / EDM_STRIPCLUSTER_W6_LOCALPOSITION_Y_mf;
     }
 
     inline double to_real_EDM_STRIPCLUSTER_w6_localcovariance_xx (const uint64_t& in) {
         return (double)in / EDM_STRIPCLUSTER_W6_LOCALCOVARIANCE_XX_mf;
     }
 
     inline uint64_t to_real_EDM_STRIPCLUSTER_w6_spare (const uint64_t& in) {
         return in;
     }
 
     inline double to_real_EDM_STRIPCLUSTER_w7_globalposition_x (const int64_t& in) {
         return (double)in / EDM_STRIPCLUSTER_W7_GLOBALPOSITION_X_mf;
     }
 
     inline double to_real_EDM_STRIPCLUSTER_w7_globalposition_y (const int64_t& in) {
         return (double)in / EDM_STRIPCLUSTER_W7_GLOBALPOSITION_Y_mf;
     }
 
     inline uint64_t to_real_EDM_STRIPCLUSTER_w7_channels_in_phi (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_STRIPCLUSTER_w7_spare (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_STRIPCLUSTER_w8_identifier (const uint64_t& in) {
         return in;
     }
 
     inline double to_real_EDM_STRIPCLUSTER_w9_globalposition_z (const int64_t& in) {
         return (double)in / EDM_STRIPCLUSTER_W9_GLOBALPOSITION_Z_mf;
     }
 
     inline uint64_t to_real_EDM_STRIPCLUSTER_w9_lastword (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_STRIPCLUSTER_w9_index (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_STRIPCLUSTER_w9_spare (const uint64_t& in) {
         return in;
     }
 
     // EDM_PIXELCLUSTER defined flags
     const int EDM_PIXELCLUSTER_FLAG = 0x77;
 
     // EDM_PIXELCLUSTER_W1 word description
     const int EDM_PIXELCLUSTER_W1_FLAG_bits = 8;
     const int EDM_PIXELCLUSTER_W1_FLAG_lsb = 56;
     const float EDM_PIXELCLUSTER_W1_FLAG_mf = 1.;
 
     const int EDM_PIXELCLUSTER_W1_ID_HASH_bits = 32;
     const int EDM_PIXELCLUSTER_W1_ID_HASH_lsb = 24;
     const float EDM_PIXELCLUSTER_W1_ID_HASH_mf = 1.;
 
     const int EDM_PIXELCLUSTER_W1_SPARE_bits = 24;
     const int EDM_PIXELCLUSTER_W1_SPARE_lsb = 0;
     const float EDM_PIXELCLUSTER_W1_SPARE_mf = 1.;
 
     // EDM_PIXELCLUSTER_W2 word description
     const int EDM_PIXELCLUSTER_W2_RDO_LIST_W1_bits = 64;
     const int EDM_PIXELCLUSTER_W2_RDO_LIST_W1_lsb = 0;
     const float EDM_PIXELCLUSTER_W2_RDO_LIST_W1_mf = 1.;
 
     // EDM_PIXELCLUSTER_W3 word description
     const int EDM_PIXELCLUSTER_W3_RDO_LIST_W2_bits = 64;
     const int EDM_PIXELCLUSTER_W3_RDO_LIST_W2_lsb = 0;
     const float EDM_PIXELCLUSTER_W3_RDO_LIST_W2_mf = 1.;
 
     // EDM_PIXELCLUSTER_W4 word description
     const int EDM_PIXELCLUSTER_W4_RDO_LIST_W3_bits = 64;
     const int EDM_PIXELCLUSTER_W4_RDO_LIST_W3_lsb = 0;
     const float EDM_PIXELCLUSTER_W4_RDO_LIST_W3_mf = 1.;
 
     // EDM_PIXELCLUSTER_W5 word description
     const int EDM_PIXELCLUSTER_W5_RDO_LIST_W4_bits = 64;
     const int EDM_PIXELCLUSTER_W5_RDO_LIST_W4_lsb = 0;
     const float EDM_PIXELCLUSTER_W5_RDO_LIST_W4_mf = 1.;
 
     // EDM_PIXELCLUSTER_W6 word description
     const int EDM_PIXELCLUSTER_W6_LOCALPOSITION_X_bits = 20;
     const int EDM_PIXELCLUSTER_W6_LOCALPOSITION_X_lsb = 44;
     const float EDM_PIXELCLUSTER_W6_LOCALPOSITION_X_mf = 8192.;
 
     const int EDM_PIXELCLUSTER_W6_LOCALPOSITION_Y_bits = 20;
     const int EDM_PIXELCLUSTER_W6_LOCALPOSITION_Y_lsb = 24;
     const float EDM_PIXELCLUSTER_W6_LOCALPOSITION_Y_mf = 8192.;
 
     const int EDM_PIXELCLUSTER_W6_CHANNELS_IN_PHI_bits = 8;
     const int EDM_PIXELCLUSTER_W6_CHANNELS_IN_PHI_lsb = 16;
     const float EDM_PIXELCLUSTER_W6_CHANNELS_IN_PHI_mf = 1.;
 
     const int EDM_PIXELCLUSTER_W6_CHANNELS_IN_ETA_bits = 8;
     const int EDM_PIXELCLUSTER_W6_CHANNELS_IN_ETA_lsb = 8;
     const float EDM_PIXELCLUSTER_W6_CHANNELS_IN_ETA_mf = 1.;
 
     const int EDM_PIXELCLUSTER_W6_WIDTH_IN_ETA_bits = 8;
     const int EDM_PIXELCLUSTER_W6_WIDTH_IN_ETA_lsb = 0;
     const float EDM_PIXELCLUSTER_W6_WIDTH_IN_ETA_mf = 1.;
 
     // EDM_PIXELCLUSTER_W7 word description
     const int EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_XX_bits = 20;
     const int EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_XX_lsb = 44;
     const float EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_XX_mf = 524288.;
 
     const int EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_YY_bits = 20;
     const int EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_YY_lsb = 24;
     const float EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_YY_mf = 524288.;
 
     const int EDM_PIXELCLUSTER_W7_OMEGA_X_bits = 12;
     const int EDM_PIXELCLUSTER_W7_OMEGA_X_lsb = 12;
     const float EDM_PIXELCLUSTER_W7_OMEGA_X_mf = 4096.;
 
     const int EDM_PIXELCLUSTER_W7_OMEGA_Y_bits = 12;
     const int EDM_PIXELCLUSTER_W7_OMEGA_Y_lsb = 0;
     const float EDM_PIXELCLUSTER_W7_OMEGA_Y_mf = 4096.;
 
     // EDM_PIXELCLUSTER_W8 word description
     const int EDM_PIXELCLUSTER_W8_GLOBALPOSITION_X_bits = 26;
     const int EDM_PIXELCLUSTER_W8_GLOBALPOSITION_X_lsb = 38;
     const float EDM_PIXELCLUSTER_W8_GLOBALPOSITION_X_mf = 65536.;
 
     const int EDM_PIXELCLUSTER_W8_GLOBALPOSITION_Y_bits = 26;
     const int EDM_PIXELCLUSTER_W8_GLOBALPOSITION_Y_lsb = 12;
     const float EDM_PIXELCLUSTER_W8_GLOBALPOSITION_Y_mf = 65536.;
 
     const int EDM_PIXELCLUSTER_W8_SPARE_bits = 12;
     const int EDM_PIXELCLUSTER_W8_SPARE_lsb = 0;
     const float EDM_PIXELCLUSTER_W8_SPARE_mf = 1.;
 
     // EDM_PIXELCLUSTER_W9 word description
     const int EDM_PIXELCLUSTER_W9_IDENTIFIER_bits = 64;
     const int EDM_PIXELCLUSTER_W9_IDENTIFIER_lsb = 0;
     const float EDM_PIXELCLUSTER_W9_IDENTIFIER_mf = 1.;
 
     // EDM_PIXELCLUSTER_W10 word description
     const int EDM_PIXELCLUSTER_W10_GLOBALPOSITION_Z_bits = 29;
     const int EDM_PIXELCLUSTER_W10_GLOBALPOSITION_Z_lsb = 35;
     const float EDM_PIXELCLUSTER_W10_GLOBALPOSITION_Z_mf = 65536.;
 
     const int EDM_PIXELCLUSTER_W10_TOTAL_TOT_bits = 9;
     const int EDM_PIXELCLUSTER_W10_TOTAL_TOT_lsb = 26;
     const float EDM_PIXELCLUSTER_W10_TOTAL_TOT_mf = 1.;
 
     const int EDM_PIXELCLUSTER_W10_LASTWORD_bits = 1;
     const int EDM_PIXELCLUSTER_W10_LASTWORD_lsb = 25;
     const float EDM_PIXELCLUSTER_W10_LASTWORD_mf = 1.;
 
     const int EDM_PIXELCLUSTER_W10_INDEX_bits = 25;
     const int EDM_PIXELCLUSTER_W10_INDEX_lsb = 0;
     const float EDM_PIXELCLUSTER_W10_INDEX_mf = 1.;
 
     typedef struct EDM_PIXELCLUSTER_w1 {
         uint64_t flag : EDM_PIXELCLUSTER_W1_FLAG_bits;
         uint64_t id_hash : EDM_PIXELCLUSTER_W1_ID_HASH_bits;
         uint64_t spare : EDM_PIXELCLUSTER_W1_SPARE_bits;
     } EDM_PIXELCLUSTER_w1;
 
     typedef struct EDM_PIXELCLUSTER_w2 {
         uint64_t rdo_list_w1 : EDM_PIXELCLUSTER_W2_RDO_LIST_W1_bits;
     } EDM_PIXELCLUSTER_w2;
 
     typedef struct EDM_PIXELCLUSTER_w3 {
         uint64_t rdo_list_w2 : EDM_PIXELCLUSTER_W3_RDO_LIST_W2_bits;
     } EDM_PIXELCLUSTER_w3;
 
     typedef struct EDM_PIXELCLUSTER_w4 {
         uint64_t rdo_list_w3 : EDM_PIXELCLUSTER_W4_RDO_LIST_W3_bits;
     } EDM_PIXELCLUSTER_w4;
 
     typedef struct EDM_PIXELCLUSTER_w5 {
         uint64_t rdo_list_w4 : EDM_PIXELCLUSTER_W5_RDO_LIST_W4_bits;
     } EDM_PIXELCLUSTER_w5;
 
     typedef struct EDM_PIXELCLUSTER_w6 {
         int64_t localposition_x : EDM_PIXELCLUSTER_W6_LOCALPOSITION_X_bits;
         int64_t localposition_y : EDM_PIXELCLUSTER_W6_LOCALPOSITION_Y_bits;
         uint64_t channels_in_phi : EDM_PIXELCLUSTER_W6_CHANNELS_IN_PHI_bits;
         uint64_t channels_in_eta : EDM_PIXELCLUSTER_W6_CHANNELS_IN_ETA_bits;
         uint64_t width_in_eta : EDM_PIXELCLUSTER_W6_WIDTH_IN_ETA_bits;
     } EDM_PIXELCLUSTER_w6;
 
     typedef struct EDM_PIXELCLUSTER_w7 {
         uint64_t localcovariance_xx : EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_XX_bits;
         uint64_t localcovariance_yy : EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_YY_bits;
         uint64_t omega_x : EDM_PIXELCLUSTER_W7_OMEGA_X_bits;
         uint64_t omega_y : EDM_PIXELCLUSTER_W7_OMEGA_Y_bits;
     } EDM_PIXELCLUSTER_w7;
 
     typedef struct EDM_PIXELCLUSTER_w8 {
         int64_t globalposition_x : EDM_PIXELCLUSTER_W8_GLOBALPOSITION_X_bits;
         int64_t globalposition_y : EDM_PIXELCLUSTER_W8_GLOBALPOSITION_Y_bits;
         uint64_t spare : EDM_PIXELCLUSTER_W8_SPARE_bits;
     } EDM_PIXELCLUSTER_w8;
 
     typedef struct EDM_PIXELCLUSTER_w9 {
         uint64_t identifier : EDM_PIXELCLUSTER_W9_IDENTIFIER_bits;
     } EDM_PIXELCLUSTER_w9;
 
     typedef struct EDM_PIXELCLUSTER_w10 {
         int64_t globalposition_z : EDM_PIXELCLUSTER_W10_GLOBALPOSITION_Z_bits;
         uint64_t total_tot : EDM_PIXELCLUSTER_W10_TOTAL_TOT_bits;
         uint64_t lastword : EDM_PIXELCLUSTER_W10_LASTWORD_bits;
         uint64_t index : EDM_PIXELCLUSTER_W10_INDEX_bits;
     } EDM_PIXELCLUSTER_w10;
 
     inline EDM_PIXELCLUSTER_w1 get_bitfields_EDM_PIXELCLUSTER_w1 (const uint64_t& in) {
         EDM_PIXELCLUSTER_w1 temp;
         temp.flag = (in & SELECTBITS(EDM_PIXELCLUSTER_W1_FLAG_bits, EDM_PIXELCLUSTER_W1_FLAG_lsb)) >> EDM_PIXELCLUSTER_W1_FLAG_lsb;
         temp.id_hash = (in & SELECTBITS(EDM_PIXELCLUSTER_W1_ID_HASH_bits, EDM_PIXELCLUSTER_W1_ID_HASH_lsb)) >> EDM_PIXELCLUSTER_W1_ID_HASH_lsb;
         temp.spare = (in & SELECTBITS(EDM_PIXELCLUSTER_W1_SPARE_bits, EDM_PIXELCLUSTER_W1_SPARE_lsb)) >> EDM_PIXELCLUSTER_W1_SPARE_lsb;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w2 get_bitfields_EDM_PIXELCLUSTER_w2 (const uint64_t& in) {
         EDM_PIXELCLUSTER_w2 temp;
         temp.rdo_list_w1 = (in & SELECTBITS(EDM_PIXELCLUSTER_W2_RDO_LIST_W1_bits, EDM_PIXELCLUSTER_W2_RDO_LIST_W1_lsb)) >> EDM_PIXELCLUSTER_W2_RDO_LIST_W1_lsb;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w3 get_bitfields_EDM_PIXELCLUSTER_w3 (const uint64_t& in) {
         EDM_PIXELCLUSTER_w3 temp;
         temp.rdo_list_w2 = (in & SELECTBITS(EDM_PIXELCLUSTER_W3_RDO_LIST_W2_bits, EDM_PIXELCLUSTER_W3_RDO_LIST_W2_lsb)) >> EDM_PIXELCLUSTER_W3_RDO_LIST_W2_lsb;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w4 get_bitfields_EDM_PIXELCLUSTER_w4 (const uint64_t& in) {
         EDM_PIXELCLUSTER_w4 temp;
         temp.rdo_list_w3 = (in & SELECTBITS(EDM_PIXELCLUSTER_W4_RDO_LIST_W3_bits, EDM_PIXELCLUSTER_W4_RDO_LIST_W3_lsb)) >> EDM_PIXELCLUSTER_W4_RDO_LIST_W3_lsb;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w5 get_bitfields_EDM_PIXELCLUSTER_w5 (const uint64_t& in) {
         EDM_PIXELCLUSTER_w5 temp;
         temp.rdo_list_w4 = (in & SELECTBITS(EDM_PIXELCLUSTER_W5_RDO_LIST_W4_bits, EDM_PIXELCLUSTER_W5_RDO_LIST_W4_lsb)) >> EDM_PIXELCLUSTER_W5_RDO_LIST_W4_lsb;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w6 get_bitfields_EDM_PIXELCLUSTER_w6 (const uint64_t& in) {
         EDM_PIXELCLUSTER_w6 temp;
         temp.localposition_x = (in & SELECTBITS(EDM_PIXELCLUSTER_W6_LOCALPOSITION_X_bits, EDM_PIXELCLUSTER_W6_LOCALPOSITION_X_lsb)) >> EDM_PIXELCLUSTER_W6_LOCALPOSITION_X_lsb;
         temp.localposition_y = (in & SELECTBITS(EDM_PIXELCLUSTER_W6_LOCALPOSITION_Y_bits, EDM_PIXELCLUSTER_W6_LOCALPOSITION_Y_lsb)) >> EDM_PIXELCLUSTER_W6_LOCALPOSITION_Y_lsb;
         temp.channels_in_phi = (in & SELECTBITS(EDM_PIXELCLUSTER_W6_CHANNELS_IN_PHI_bits, EDM_PIXELCLUSTER_W6_CHANNELS_IN_PHI_lsb)) >> EDM_PIXELCLUSTER_W6_CHANNELS_IN_PHI_lsb;
         temp.channels_in_eta = (in & SELECTBITS(EDM_PIXELCLUSTER_W6_CHANNELS_IN_ETA_bits, EDM_PIXELCLUSTER_W6_CHANNELS_IN_ETA_lsb)) >> EDM_PIXELCLUSTER_W6_CHANNELS_IN_ETA_lsb;
         temp.width_in_eta = (in & SELECTBITS(EDM_PIXELCLUSTER_W6_WIDTH_IN_ETA_bits, EDM_PIXELCLUSTER_W6_WIDTH_IN_ETA_lsb)) >> EDM_PIXELCLUSTER_W6_WIDTH_IN_ETA_lsb;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w7 get_bitfields_EDM_PIXELCLUSTER_w7 (const uint64_t& in) {
         EDM_PIXELCLUSTER_w7 temp;
         temp.localcovariance_xx = (in & SELECTBITS(EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_XX_bits, EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_XX_lsb)) >> EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_XX_lsb;
         temp.localcovariance_yy = (in & SELECTBITS(EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_YY_bits, EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_YY_lsb)) >> EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_YY_lsb;
         temp.omega_x = (in & SELECTBITS(EDM_PIXELCLUSTER_W7_OMEGA_X_bits, EDM_PIXELCLUSTER_W7_OMEGA_X_lsb)) >> EDM_PIXELCLUSTER_W7_OMEGA_X_lsb;
         temp.omega_y = (in & SELECTBITS(EDM_PIXELCLUSTER_W7_OMEGA_Y_bits, EDM_PIXELCLUSTER_W7_OMEGA_Y_lsb)) >> EDM_PIXELCLUSTER_W7_OMEGA_Y_lsb;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w8 get_bitfields_EDM_PIXELCLUSTER_w8 (const uint64_t& in) {
         EDM_PIXELCLUSTER_w8 temp;
         temp.globalposition_x = (in & SELECTBITS(EDM_PIXELCLUSTER_W8_GLOBALPOSITION_X_bits, EDM_PIXELCLUSTER_W8_GLOBALPOSITION_X_lsb)) >> EDM_PIXELCLUSTER_W8_GLOBALPOSITION_X_lsb;
         temp.globalposition_y = (in & SELECTBITS(EDM_PIXELCLUSTER_W8_GLOBALPOSITION_Y_bits, EDM_PIXELCLUSTER_W8_GLOBALPOSITION_Y_lsb)) >> EDM_PIXELCLUSTER_W8_GLOBALPOSITION_Y_lsb;
         temp.spare = (in & SELECTBITS(EDM_PIXELCLUSTER_W8_SPARE_bits, EDM_PIXELCLUSTER_W8_SPARE_lsb)) >> EDM_PIXELCLUSTER_W8_SPARE_lsb;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w9 get_bitfields_EDM_PIXELCLUSTER_w9 (const uint64_t& in) {
         EDM_PIXELCLUSTER_w9 temp;
         temp.identifier = (in & SELECTBITS(EDM_PIXELCLUSTER_W9_IDENTIFIER_bits, EDM_PIXELCLUSTER_W9_IDENTIFIER_lsb)) >> EDM_PIXELCLUSTER_W9_IDENTIFIER_lsb;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w10 get_bitfields_EDM_PIXELCLUSTER_w10 (const uint64_t& in) {
         EDM_PIXELCLUSTER_w10 temp;
         temp.globalposition_z = (in & SELECTBITS(EDM_PIXELCLUSTER_W10_GLOBALPOSITION_Z_bits, EDM_PIXELCLUSTER_W10_GLOBALPOSITION_Z_lsb)) >> EDM_PIXELCLUSTER_W10_GLOBALPOSITION_Z_lsb;
         temp.total_tot = (in & SELECTBITS(EDM_PIXELCLUSTER_W10_TOTAL_TOT_bits, EDM_PIXELCLUSTER_W10_TOTAL_TOT_lsb)) >> EDM_PIXELCLUSTER_W10_TOTAL_TOT_lsb;
         temp.lastword = (in & SELECTBITS(EDM_PIXELCLUSTER_W10_LASTWORD_bits, EDM_PIXELCLUSTER_W10_LASTWORD_lsb)) >> EDM_PIXELCLUSTER_W10_LASTWORD_lsb;
         temp.index = (in & SELECTBITS(EDM_PIXELCLUSTER_W10_INDEX_bits, EDM_PIXELCLUSTER_W10_INDEX_lsb)) >> EDM_PIXELCLUSTER_W10_INDEX_lsb;
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_PIXELCLUSTER_w1 (const EDM_PIXELCLUSTER_w1& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.flag)) & SELECTBITS(EDM_PIXELCLUSTER_W1_FLAG_bits, 0)) << EDM_PIXELCLUSTER_W1_FLAG_lsb);
         temp |= (((static_cast<uint64_t>(in.id_hash)) & SELECTBITS(EDM_PIXELCLUSTER_W1_ID_HASH_bits, 0)) << EDM_PIXELCLUSTER_W1_ID_HASH_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(EDM_PIXELCLUSTER_W1_SPARE_bits, 0)) << EDM_PIXELCLUSTER_W1_SPARE_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_PIXELCLUSTER_w2 (const EDM_PIXELCLUSTER_w2& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.rdo_list_w1)) & SELECTBITS(EDM_PIXELCLUSTER_W2_RDO_LIST_W1_bits, 0)) << EDM_PIXELCLUSTER_W2_RDO_LIST_W1_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_PIXELCLUSTER_w3 (const EDM_PIXELCLUSTER_w3& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.rdo_list_w2)) & SELECTBITS(EDM_PIXELCLUSTER_W3_RDO_LIST_W2_bits, 0)) << EDM_PIXELCLUSTER_W3_RDO_LIST_W2_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_PIXELCLUSTER_w4 (const EDM_PIXELCLUSTER_w4& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.rdo_list_w3)) & SELECTBITS(EDM_PIXELCLUSTER_W4_RDO_LIST_W3_bits, 0)) << EDM_PIXELCLUSTER_W4_RDO_LIST_W3_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_PIXELCLUSTER_w5 (const EDM_PIXELCLUSTER_w5& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.rdo_list_w4)) & SELECTBITS(EDM_PIXELCLUSTER_W5_RDO_LIST_W4_bits, 0)) << EDM_PIXELCLUSTER_W5_RDO_LIST_W4_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_PIXELCLUSTER_w6 (const EDM_PIXELCLUSTER_w6& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.localposition_x)) & SELECTBITS(EDM_PIXELCLUSTER_W6_LOCALPOSITION_X_bits, 0)) << EDM_PIXELCLUSTER_W6_LOCALPOSITION_X_lsb);
         temp |= (((static_cast<uint64_t>(in.localposition_y)) & SELECTBITS(EDM_PIXELCLUSTER_W6_LOCALPOSITION_Y_bits, 0)) << EDM_PIXELCLUSTER_W6_LOCALPOSITION_Y_lsb);
         temp |= (((static_cast<uint64_t>(in.channels_in_phi)) & SELECTBITS(EDM_PIXELCLUSTER_W6_CHANNELS_IN_PHI_bits, 0)) << EDM_PIXELCLUSTER_W6_CHANNELS_IN_PHI_lsb);
         temp |= (((static_cast<uint64_t>(in.channels_in_eta)) & SELECTBITS(EDM_PIXELCLUSTER_W6_CHANNELS_IN_ETA_bits, 0)) << EDM_PIXELCLUSTER_W6_CHANNELS_IN_ETA_lsb);
         temp |= (((static_cast<uint64_t>(in.width_in_eta)) & SELECTBITS(EDM_PIXELCLUSTER_W6_WIDTH_IN_ETA_bits, 0)) << EDM_PIXELCLUSTER_W6_WIDTH_IN_ETA_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_PIXELCLUSTER_w7 (const EDM_PIXELCLUSTER_w7& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.localcovariance_xx)) & SELECTBITS(EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_XX_bits, 0)) << EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_XX_lsb);
         temp |= (((static_cast<uint64_t>(in.localcovariance_yy)) & SELECTBITS(EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_YY_bits, 0)) << EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_YY_lsb);
         temp |= (((static_cast<uint64_t>(in.omega_x)) & SELECTBITS(EDM_PIXELCLUSTER_W7_OMEGA_X_bits, 0)) << EDM_PIXELCLUSTER_W7_OMEGA_X_lsb);
         temp |= (((static_cast<uint64_t>(in.omega_y)) & SELECTBITS(EDM_PIXELCLUSTER_W7_OMEGA_Y_bits, 0)) << EDM_PIXELCLUSTER_W7_OMEGA_Y_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_PIXELCLUSTER_w8 (const EDM_PIXELCLUSTER_w8& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.globalposition_x)) & SELECTBITS(EDM_PIXELCLUSTER_W8_GLOBALPOSITION_X_bits, 0)) << EDM_PIXELCLUSTER_W8_GLOBALPOSITION_X_lsb);
         temp |= (((static_cast<uint64_t>(in.globalposition_y)) & SELECTBITS(EDM_PIXELCLUSTER_W8_GLOBALPOSITION_Y_bits, 0)) << EDM_PIXELCLUSTER_W8_GLOBALPOSITION_Y_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(EDM_PIXELCLUSTER_W8_SPARE_bits, 0)) << EDM_PIXELCLUSTER_W8_SPARE_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_PIXELCLUSTER_w9 (const EDM_PIXELCLUSTER_w9& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.identifier)) & SELECTBITS(EDM_PIXELCLUSTER_W9_IDENTIFIER_bits, 0)) << EDM_PIXELCLUSTER_W9_IDENTIFIER_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_EDM_PIXELCLUSTER_w10 (const EDM_PIXELCLUSTER_w10& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.globalposition_z)) & SELECTBITS(EDM_PIXELCLUSTER_W10_GLOBALPOSITION_Z_bits, 0)) << EDM_PIXELCLUSTER_W10_GLOBALPOSITION_Z_lsb);
         temp |= (((static_cast<uint64_t>(in.total_tot)) & SELECTBITS(EDM_PIXELCLUSTER_W10_TOTAL_TOT_bits, 0)) << EDM_PIXELCLUSTER_W10_TOTAL_TOT_lsb);
         temp |= (((static_cast<uint64_t>(in.lastword)) & SELECTBITS(EDM_PIXELCLUSTER_W10_LASTWORD_bits, 0)) << EDM_PIXELCLUSTER_W10_LASTWORD_lsb);
         temp |= (((static_cast<uint64_t>(in.index)) & SELECTBITS(EDM_PIXELCLUSTER_W10_INDEX_bits, 0)) << EDM_PIXELCLUSTER_W10_INDEX_lsb);
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w1 fill_EDM_PIXELCLUSTER_w1 (const uint64_t& flag, const uint64_t& id_hash, const uint64_t& spare) {
         EDM_PIXELCLUSTER_w1 temp;
         temp.flag = flag;
         temp.id_hash = id_hash;
         temp.spare = spare;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w2 fill_EDM_PIXELCLUSTER_w2 (const uint64_t& rdo_list_w1) {
         EDM_PIXELCLUSTER_w2 temp;
         temp.rdo_list_w1 = rdo_list_w1;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w3 fill_EDM_PIXELCLUSTER_w3 (const uint64_t& rdo_list_w2) {
         EDM_PIXELCLUSTER_w3 temp;
         temp.rdo_list_w2 = rdo_list_w2;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w4 fill_EDM_PIXELCLUSTER_w4 (const uint64_t& rdo_list_w3) {
         EDM_PIXELCLUSTER_w4 temp;
         temp.rdo_list_w3 = rdo_list_w3;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w5 fill_EDM_PIXELCLUSTER_w5 (const uint64_t& rdo_list_w4) {
         EDM_PIXELCLUSTER_w5 temp;
         temp.rdo_list_w4 = rdo_list_w4;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w6 fill_EDM_PIXELCLUSTER_w6 (const double& localposition_x, const double& localposition_y, const uint64_t& channels_in_phi, const uint64_t& channels_in_eta, const uint64_t& width_in_eta) {
         EDM_PIXELCLUSTER_w6 temp;
         temp.localposition_x = (int64_t)(localposition_x * EDM_PIXELCLUSTER_W6_LOCALPOSITION_X_mf);
         temp.localposition_y = (int64_t)(localposition_y * EDM_PIXELCLUSTER_W6_LOCALPOSITION_Y_mf);
         temp.channels_in_phi = channels_in_phi;
         temp.channels_in_eta = channels_in_eta;
         temp.width_in_eta = width_in_eta;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w7 fill_EDM_PIXELCLUSTER_w7 (const double& localcovariance_xx, const double& localcovariance_yy, const double& omega_x, const double& omega_y) {
         EDM_PIXELCLUSTER_w7 temp;
         temp.localcovariance_xx = (uint64_t)(localcovariance_xx * EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_XX_mf);
         temp.localcovariance_yy = (uint64_t)(localcovariance_yy * EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_YY_mf);
         temp.omega_x = (uint64_t)(omega_x * EDM_PIXELCLUSTER_W7_OMEGA_X_mf);
         temp.omega_y = (uint64_t)(omega_y * EDM_PIXELCLUSTER_W7_OMEGA_Y_mf);
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w8 fill_EDM_PIXELCLUSTER_w8 (const double& globalposition_x, const double& globalposition_y, const uint64_t& spare) {
         EDM_PIXELCLUSTER_w8 temp;
         temp.globalposition_x = (int64_t)(globalposition_x * EDM_PIXELCLUSTER_W8_GLOBALPOSITION_X_mf);
         temp.globalposition_y = (int64_t)(globalposition_y * EDM_PIXELCLUSTER_W8_GLOBALPOSITION_Y_mf);
         temp.spare = spare;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w9 fill_EDM_PIXELCLUSTER_w9 (const uint64_t& identifier) {
         EDM_PIXELCLUSTER_w9 temp;
         temp.identifier = identifier;
         return temp;
     }
 
     inline EDM_PIXELCLUSTER_w10 fill_EDM_PIXELCLUSTER_w10 (const double& globalposition_z, const uint64_t& total_tot, const uint64_t& lastword, const uint64_t& index) {
         EDM_PIXELCLUSTER_w10 temp;
         temp.globalposition_z = (int64_t)(globalposition_z * EDM_PIXELCLUSTER_W10_GLOBALPOSITION_Z_mf);
         temp.total_tot = total_tot;
         temp.lastword = lastword;
         temp.index = index;
         return temp;
     }
 
     inline uint64_t to_real_EDM_PIXELCLUSTER_w1_flag (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_PIXELCLUSTER_w1_id_hash (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_PIXELCLUSTER_w1_spare (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_PIXELCLUSTER_w2_rdo_list_w1 (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_PIXELCLUSTER_w3_rdo_list_w2 (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_PIXELCLUSTER_w4_rdo_list_w3 (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_PIXELCLUSTER_w5_rdo_list_w4 (const uint64_t& in) {
         return in;
     }
 
     inline double to_real_EDM_PIXELCLUSTER_w6_localposition_x (const int64_t& in) {
         return (double)in / EDM_PIXELCLUSTER_W6_LOCALPOSITION_X_mf;
     }
 
     inline double to_real_EDM_PIXELCLUSTER_w6_localposition_y (const int64_t& in) {
         return (double)in / EDM_PIXELCLUSTER_W6_LOCALPOSITION_Y_mf;
     }
 
     inline uint64_t to_real_EDM_PIXELCLUSTER_w6_channels_in_phi (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_PIXELCLUSTER_w6_channels_in_eta (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_PIXELCLUSTER_w6_width_in_eta (const uint64_t& in) {
         return in;
     }
 
     inline double to_real_EDM_PIXELCLUSTER_w7_localcovariance_xx (const uint64_t& in) {
         return (double)in / EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_XX_mf;
     }
 
     inline double to_real_EDM_PIXELCLUSTER_w7_localcovariance_yy (const uint64_t& in) {
         return (double)in / EDM_PIXELCLUSTER_W7_LOCALCOVARIANCE_YY_mf;
     }
 
     inline double to_real_EDM_PIXELCLUSTER_w7_omega_x (const uint64_t& in) {
         return (double)in / EDM_PIXELCLUSTER_W7_OMEGA_X_mf;
     }
 
     inline double to_real_EDM_PIXELCLUSTER_w7_omega_y (const uint64_t& in) {
         return (double)in / EDM_PIXELCLUSTER_W7_OMEGA_Y_mf;
     }
 
     inline double to_real_EDM_PIXELCLUSTER_w8_globalposition_x (const int64_t& in) {
         return (double)in / EDM_PIXELCLUSTER_W8_GLOBALPOSITION_X_mf;
     }
 
     inline double to_real_EDM_PIXELCLUSTER_w8_globalposition_y (const int64_t& in) {
         return (double)in / EDM_PIXELCLUSTER_W8_GLOBALPOSITION_Y_mf;
     }
 
     inline uint64_t to_real_EDM_PIXELCLUSTER_w8_spare (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_PIXELCLUSTER_w9_identifier (const uint64_t& in) {
         return in;
     }
 
     inline double to_real_EDM_PIXELCLUSTER_w10_globalposition_z (const int64_t& in) {
         return (double)in / EDM_PIXELCLUSTER_W10_GLOBALPOSITION_Z_mf;
     }
 
     inline uint64_t to_real_EDM_PIXELCLUSTER_w10_total_tot (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_PIXELCLUSTER_w10_lastword (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_EDM_PIXELCLUSTER_w10_index (const uint64_t& in) {
         return in;
     }
 
     // PIXEL_EF_RDO word description
     const int PIXEL_EF_RDO_LAST_bits = 1;
     const int PIXEL_EF_RDO_LAST_lsb = 63;
     const float PIXEL_EF_RDO_LAST_mf = 1.;
 
     const int PIXEL_EF_RDO_ROW_bits = 10;
     const int PIXEL_EF_RDO_ROW_lsb = 53;
     const float PIXEL_EF_RDO_ROW_mf = 1.;
 
     const int PIXEL_EF_RDO_COL_bits = 10;
     const int PIXEL_EF_RDO_COL_lsb = 43;
     const float PIXEL_EF_RDO_COL_mf = 1.;
 
     const int PIXEL_EF_RDO_TOT_bits = 4;
     const int PIXEL_EF_RDO_TOT_lsb = 39;
     const float PIXEL_EF_RDO_TOT_mf = 1.;
 
     const int PIXEL_EF_RDO_LVL1_bits = 1;
     const int PIXEL_EF_RDO_LVL1_lsb = 38;
     const float PIXEL_EF_RDO_LVL1_mf = 1.;
 
     const int PIXEL_EF_RDO_SPARE_bits = 38;
     const int PIXEL_EF_RDO_SPARE_lsb = 0;
     const float PIXEL_EF_RDO_SPARE_mf = 1.;
 
     typedef struct PIXEL_EF_RDO {
         uint64_t last : PIXEL_EF_RDO_LAST_bits;
         uint64_t row : PIXEL_EF_RDO_ROW_bits;
         uint64_t col : PIXEL_EF_RDO_COL_bits;
         uint64_t tot : PIXEL_EF_RDO_TOT_bits;
         uint64_t lvl1 : PIXEL_EF_RDO_LVL1_bits;
         uint64_t spare : PIXEL_EF_RDO_SPARE_bits;
     } PIXEL_EF_RDO;
 
     inline PIXEL_EF_RDO get_bitfields_PIXEL_EF_RDO (const uint64_t& in) {
         PIXEL_EF_RDO temp;
         temp.last = (in & SELECTBITS(PIXEL_EF_RDO_LAST_bits, PIXEL_EF_RDO_LAST_lsb)) >> PIXEL_EF_RDO_LAST_lsb;
         temp.row = (in & SELECTBITS(PIXEL_EF_RDO_ROW_bits, PIXEL_EF_RDO_ROW_lsb)) >> PIXEL_EF_RDO_ROW_lsb;
         temp.col = (in & SELECTBITS(PIXEL_EF_RDO_COL_bits, PIXEL_EF_RDO_COL_lsb)) >> PIXEL_EF_RDO_COL_lsb;
         temp.tot = (in & SELECTBITS(PIXEL_EF_RDO_TOT_bits, PIXEL_EF_RDO_TOT_lsb)) >> PIXEL_EF_RDO_TOT_lsb;
         temp.lvl1 = (in & SELECTBITS(PIXEL_EF_RDO_LVL1_bits, PIXEL_EF_RDO_LVL1_lsb)) >> PIXEL_EF_RDO_LVL1_lsb;
         temp.spare = (in & SELECTBITS(PIXEL_EF_RDO_SPARE_bits, PIXEL_EF_RDO_SPARE_lsb)) >> PIXEL_EF_RDO_SPARE_lsb;
         return temp;
     }
 
     inline uint64_t get_dataformat_PIXEL_EF_RDO (const PIXEL_EF_RDO& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.last)) & SELECTBITS(PIXEL_EF_RDO_LAST_bits, 0)) << PIXEL_EF_RDO_LAST_lsb);
         temp |= (((static_cast<uint64_t>(in.row)) & SELECTBITS(PIXEL_EF_RDO_ROW_bits, 0)) << PIXEL_EF_RDO_ROW_lsb);
         temp |= (((static_cast<uint64_t>(in.col)) & SELECTBITS(PIXEL_EF_RDO_COL_bits, 0)) << PIXEL_EF_RDO_COL_lsb);
         temp |= (((static_cast<uint64_t>(in.tot)) & SELECTBITS(PIXEL_EF_RDO_TOT_bits, 0)) << PIXEL_EF_RDO_TOT_lsb);
         temp |= (((static_cast<uint64_t>(in.lvl1)) & SELECTBITS(PIXEL_EF_RDO_LVL1_bits, 0)) << PIXEL_EF_RDO_LVL1_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(PIXEL_EF_RDO_SPARE_bits, 0)) << PIXEL_EF_RDO_SPARE_lsb);
         return temp;
     }
 
     inline PIXEL_EF_RDO fill_PIXEL_EF_RDO (const uint64_t& last, const uint64_t& row, const uint64_t& col, const uint64_t& tot, const uint64_t& lvl1, const uint64_t& spare) {
         PIXEL_EF_RDO temp;
         temp.last = last;
         temp.row = row;
         temp.col = col;
         temp.tot = tot;
         temp.lvl1 = lvl1;
         temp.spare = spare;
         return temp;
     }
 
     inline uint64_t to_real_PIXEL_EF_RDO_last (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_PIXEL_EF_RDO_row (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_PIXEL_EF_RDO_col (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_PIXEL_EF_RDO_tot (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_PIXEL_EF_RDO_lvl1 (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_PIXEL_EF_RDO_spare (const uint64_t& in) {
         return in;
     }
 
     // STRIP_EF_RDO word description
     const int STRIP_EF_RDO_LAST_bits = 1;
     const int STRIP_EF_RDO_LAST_lsb = 31;
     const float STRIP_EF_RDO_LAST_mf = 1.;
 
     const int STRIP_EF_RDO_CHIPID_bits = 4;
     const int STRIP_EF_RDO_CHIPID_lsb = 27;
     const float STRIP_EF_RDO_CHIPID_mf = 1.;
 
     const int STRIP_EF_RDO_STRIP_NUM_bits = 8;
     const int STRIP_EF_RDO_STRIP_NUM_lsb = 19;
     const float STRIP_EF_RDO_STRIP_NUM_mf = 1.;
 
     const int STRIP_EF_RDO_CLUSTER_MAP_bits = 3;
     const int STRIP_EF_RDO_CLUSTER_MAP_lsb = 16;
     const float STRIP_EF_RDO_CLUSTER_MAP_mf = 1.;
 
     const int STRIP_EF_RDO_SPARE_bits = 16;
     const int STRIP_EF_RDO_SPARE_lsb = 0;
     const float STRIP_EF_RDO_SPARE_mf = 1.;
 
     typedef struct STRIP_EF_RDO {
         uint64_t last : STRIP_EF_RDO_LAST_bits;
         uint64_t chipid : STRIP_EF_RDO_CHIPID_bits;
         uint64_t strip_num : STRIP_EF_RDO_STRIP_NUM_bits;
         uint64_t cluster_map : STRIP_EF_RDO_CLUSTER_MAP_bits;
         uint64_t spare : STRIP_EF_RDO_SPARE_bits;
     } STRIP_EF_RDO;
 
     inline STRIP_EF_RDO get_bitfields_STRIP_EF_RDO (const uint64_t& in) {
         STRIP_EF_RDO temp;
         temp.last = (in & SELECTBITS(STRIP_EF_RDO_LAST_bits, STRIP_EF_RDO_LAST_lsb)) >> STRIP_EF_RDO_LAST_lsb;
         temp.chipid = (in & SELECTBITS(STRIP_EF_RDO_CHIPID_bits, STRIP_EF_RDO_CHIPID_lsb)) >> STRIP_EF_RDO_CHIPID_lsb;
         temp.strip_num = (in & SELECTBITS(STRIP_EF_RDO_STRIP_NUM_bits, STRIP_EF_RDO_STRIP_NUM_lsb)) >> STRIP_EF_RDO_STRIP_NUM_lsb;
         temp.cluster_map = (in & SELECTBITS(STRIP_EF_RDO_CLUSTER_MAP_bits, STRIP_EF_RDO_CLUSTER_MAP_lsb)) >> STRIP_EF_RDO_CLUSTER_MAP_lsb;
         temp.spare = (in & SELECTBITS(STRIP_EF_RDO_SPARE_bits, STRIP_EF_RDO_SPARE_lsb)) >> STRIP_EF_RDO_SPARE_lsb;
         return temp;
     }
 
     inline uint64_t get_dataformat_STRIP_EF_RDO_up32 (const uint64_t& in) {
         return (in & SELECTBITS(32, 32)) >> 32;
 }
 
     inline uint64_t get_dataformat_STRIP_EF_RDO_low32 (const uint64_t& in) {
         return (in & SELECTBITS(32, 0));
 }
 
     inline uint64_t get_dataformat_STRIP_EF_RDO (const STRIP_EF_RDO& in) {
         uint64_t temp = 0;
         temp |= (((static_cast<uint64_t>(in.last)) & SELECTBITS(STRIP_EF_RDO_LAST_bits, 0)) << STRIP_EF_RDO_LAST_lsb);
         temp |= (((static_cast<uint64_t>(in.chipid)) & SELECTBITS(STRIP_EF_RDO_CHIPID_bits, 0)) << STRIP_EF_RDO_CHIPID_lsb);
         temp |= (((static_cast<uint64_t>(in.strip_num)) & SELECTBITS(STRIP_EF_RDO_STRIP_NUM_bits, 0)) << STRIP_EF_RDO_STRIP_NUM_lsb);
         temp |= (((static_cast<uint64_t>(in.cluster_map)) & SELECTBITS(STRIP_EF_RDO_CLUSTER_MAP_bits, 0)) << STRIP_EF_RDO_CLUSTER_MAP_lsb);
         temp |= (((static_cast<uint64_t>(in.spare)) & SELECTBITS(STRIP_EF_RDO_SPARE_bits, 0)) << STRIP_EF_RDO_SPARE_lsb);
         return temp;
     }
 
     inline uint64_t get_dataformat_STRIP_EF_RDO_64 (const uint64_t& up, const uint64_t& low) {
         uint64_t temp = up << 32;
         return (temp | low);
 }
 
     inline STRIP_EF_RDO fill_STRIP_EF_RDO (const uint64_t& last, const uint64_t& chipid, const uint64_t& strip_num, const uint64_t& cluster_map, const uint64_t& spare) {
         STRIP_EF_RDO temp;
         temp.last = last;
         temp.chipid = chipid;
         temp.strip_num = strip_num;
         temp.cluster_map = cluster_map;
         temp.spare = spare;
         return temp;
     }
 
     inline uint64_t to_real_STRIP_EF_RDO_last (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_STRIP_EF_RDO_chipid (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_STRIP_EF_RDO_strip_num (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_STRIP_EF_RDO_cluster_map (const uint64_t& in) {
         return in;
     }
 
     inline uint64_t to_real_STRIP_EF_RDO_spare (const uint64_t& in) {
         return in;
     }
 
 
 };
 
 #undef SELECTBITS
 
 #endif // EFTRACKING_FPGA_INTEGRATION_FPGADATAFORMATUTILITIES_H