HGCalSimAlgos/src/HGCalECONDEmulatorParameters.cc

0001 #include "SimCalorimetry/HGCalSimAlgos/interface/HGCalECONDEmulatorParameters.h"
0002 #include "DataFormats/HGCalDigi/interface/HGCalRawDataDefinitions.h"
0003
0004 using namespace hgcal::econd;
0005
0006 EmulatorParameters::EmulatorParameters(const edm::ParameterSet& iConfig)
0007     : chan_surv_prob(iConfig.getParameter<double>("channelSurv")),
0008       active(iConfig.getParameter<bool>("active")),
0009       passthrough_mode(iConfig.getParameter<bool>("passthroughMode")),
0010       expected_mode(iConfig.getParameter<bool>("expectedMode")),
0011       characterisation_mode(iConfig.getParameter<bool>("characterisationMode")),
0012       matching_ebo_numbers(iConfig.getParameter<bool>("matchingEBOnumbers")),
0013       bo_truncated(iConfig.getParameter<bool>("bufferOverflowTruncated")),
0014       enabled_erxs(iConfig.getParameter<std::vector<unsigned int> >("enabledERxs")),
0015       header_marker(iConfig.getParameter<unsigned int>("headerMarker")),
0016       num_channels_per_erx(iConfig.getParameter<unsigned int>("numChannelsPerERx")),
0017       add_econd_crc(iConfig.getParameter<bool>("addCRC")),
0018       add_idle_word(iConfig.getParameter<bool>("addIdleWord")),
0019       programmable_pattern(iConfig.getParameter<unsigned int>("programmablePattern")),
0020       error_prob({.bitO = iConfig.getParameter<double>("bitOError"),
0021                   .bitB = iConfig.getParameter<double>("bitBError"),
0022                   .bitE = iConfig.getParameter<double>("bitEError"),
0023                   .bitT = iConfig.getParameter<double>("bitTError"),
0024                   .bitH = iConfig.getParameter<double>("bitHError"),
0025                   .bitS = iConfig.getParameter<double>("bitSError")}),
0026       default_totstatus(iConfig.getParameter<unsigned int>("defaultToTStatus")) {}
0027
0028 edm::ParameterSetDescription EmulatorParameters::description() {
0029   edm::ParameterSetDescription desc;
0030   desc.add<double>("channelSurv", 1.);
0031   desc.add<bool>("active", true)->setComment("is the ECON-D activated?");
0032   desc.add<bool>("passthroughMode", false)->setComment("ECON-D in pass-through mode?");
0033   desc.add<bool>("expectedMode", false)->setComment("is an Event HDR/TRL expected to be received from the HGCROCs?");
0034   desc.add<bool>("characterisationMode", false);
0035   desc.add<unsigned int>("defaultToTStatus", (unsigned int)ToTStatus::AutomaticFull);
0036   desc.add<bool>("matchingEBOnumbers", true)
0037       ->setComment(
0038           "is the transmitted E/B/O (according to mode selected by user) matching the E/B/O value in the ECON-D "
0039           "L1A FIFO?");
0040   desc.add<bool>("bufferOverflowTruncated", false)->setComment("is the packet truncated for buffer overflow?");
0041   {  // list the enabled eRxs in all ECON-Ds
0042     const unsigned int max_erxs_per_econd = 12;
0043     std::vector<unsigned int> default_enabled_erxs;
0044     for (size_t i = 0; i < max_erxs_per_econd; ++i)
0045       default_enabled_erxs.emplace_back(i);
0046     desc.add<std::vector<unsigned int> >("enabledERxs", default_enabled_erxs)
0047         ->setComment("list of channels to be enabled in readout");
0048   }
0049   desc.add<unsigned int>("headerMarker", 0x154)->setComment("9b programmable pattern; default is '0xAA' + '0b0'");
0050   desc.add<unsigned int>("numChannelsPerERx", 37)->setComment("number of channels managed in each ECON-D eRx");
0051   desc.add<bool>("addCRC", true)->setComment("add the ECON-D CRC word computed from the whole payload");
0052   desc.add<bool>("addIdleWord", false)->setComment("add an idle word at the end of each event packet");
0053   desc.add<unsigned int>("programmablePattern", 0xa5a5a5)
0054       ->setComment("a 24b programmable pattern used by backend to find event packet");
0055   desc.add<double>("bitOError", 0.)->setComment("probability that the bit-O error is set");
0056   desc.add<double>("bitBError", 0.)->setComment("probability that the bit-B error is set");
0057   desc.add<double>("bitEError", 0.)->setComment("probability that the bit-E error is set");
0058   desc.add<double>("bitTError", 0.)->setComment("probability that the bit-T error is set");
0059   desc.add<double>("bitHError", 0.)->setComment("probability that the bit-H error is set");
0060   desc.add<double>("bitSError", 0.)->setComment("probability that the bit-S error is set");
0061   return desc;
0062 }