R3BNeulandSimCalToCal.cxx

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#include "R3BNeulandSimCalToCal.h"
 
#include <FairMCEventHeader.h>
#include <R3BEventHeader.h>
#include <R3BNeulandBasePar.h>
 
namespace R3B::Neuland
{
    namespace
    {
        void convert_event_header(FairMCEventHeader* mc_header, R3BEventHeader* header)
        {
            if (mc_header == nullptr)
            {
                throw R3B::runtime_error("MCEventHeader is nullptr!");
            }
            if (header == nullptr)
            {
                throw R3B::runtime_error("EventHeader is nullptr!");
            }
            header->SetRunId(mc_header->GetRunID());
            header->SetEventno(mc_header->GetEventID());
        }
    } // namespace
 
    SimCal2Cal::SimCal2Cal(std::string_view sim_cal_data_name, std::string_view cal_data_name)
        : sim_cal_data_{ sim_cal_data_name }
        , cal_data_{ cal_data_name }
    {
        init_base_par();
    }
    auto SimCal2Cal::Init() -> InitStatus
    {
        sim_cal_data_.init();
        cal_data_.init();
        init_event_header();
        return kSUCCESS;
    }
 
    void SimCal2Cal::init_event_header()
    {
        auto* root_manager = FairRootManager::Instance();
        if (event_header_ = dynamic_cast<R3BEventHeader*>(root_manager->GetObject("EventHeader."));
            event_header_ == nullptr)
        {
            throw R3B::logic_error("Event header was not set before the init!");
        }
        if (mc_event_header_ = dynamic_cast<FairMCEventHeader*>(root_manager->GetObject("MCEventHeader."));
            mc_event_header_ == nullptr)
        {
            throw R3B::logic_error("Cannot find MCEventHeader from the input simulated data file.");
        }
    }
 
    void SimCal2Cal::init_base_par()
    {
        auto* rtdb = FairRuntimeDb::instance();
        base_par_ = std::make_unique<CalibrationBasePar>().release();
        base_par_->set_num_of_planes(number_of_dp_ * 2);
        if (rtdb->addContainer(base_par_); base_par_ == nullptr)
        {
            throw R3B::runtime_error("Calibration parameter becomes nullptr!");
        }
    }
 
    void SimCal2Cal::Exec(Option_t* /*option*/)
    {
        const auto& sim_cal_data = sim_cal_data_.get();
        auto& cal_data = cal_data_.get();
        cal_data.clear();
 
        convert_event_header(mc_event_header_, event_header_);
        convert(sim_cal_data, cal_data);
    }
 
    void SimCal2Cal::FinishTask() { base_par_->setChanged(); }
 
    void SimCal2Cal::SetParContainers() {}
 
    void SimCal2Cal::convert(const std::vector<R3B::Neuland::SimCalData>& sim_cal_data,
                             std::vector<BarCalData>& cal_data)
    {
        bar_map_data_.clear();
        for (const auto& sim_data : sim_cal_data)
        {
            auto module_id = sim_data.bar_module;
            auto [iter, _] = bar_map_data_.try_emplace(module_id, static_cast<unsigned int>(module_id));
 
            auto left_signal = CalDataSignal{};
            left_signal.leading_time = ValueError<double>{ sim_data.let_l, 0 };
            left_signal.time_over_threshold = ValueError<double>{ sim_data.tot_l, 0 };
 
            auto right_signal = CalDataSignal{};
            right_signal.leading_time = ValueError<double>{ sim_data.let_r, 0 };
            right_signal.time_over_threshold = ValueError<double>{ sim_data.tot_r, 0 };
 
            auto& obj = iter->second;
            obj.left.push_back(left_signal);
            obj.right.push_back(right_signal);
        }
        for (const auto& pair : bar_map_data_)
        {
            cal_data.push_back(pair.second);
        }
    }
 
} // namespace R3B::Neuland