gtouchable.cc

Go to the documentation of this file.

// gtouchable
#include "gtouchable.h"
#include "gtouchableConventions.h"
 
// gemc
#include "gutilities.h"
#include "gutsConventions.h"
 
// Define the static counter here
std::atomic<int> GTouchable::globalGTouchableCounter{0};
 
// See header for API docs.
 
// constructor from gopt, digitization and gidentity strings
// called in GDetectorConstruction::ConstructSDandField
GTouchable::GTouchable(const std::shared_ptr<GOptions>& gopt,
                       const std::string&               digitization,
                       const std::string&               gidentityString,
                       const std::vector<double>&       dimensions,
                       const double&                    dm) :
    GBase(gopt, TOUCHABLE_LOGGER),
    trackId(0),
    eMultiplier(1),
    stepTimeAtElectronicsIndex(GTOUCHABLEUNSETTIMEINDEX),
    detectorDimensions(dimensions),
    mass(dm) {
    // Determine the type based on the digitization string.
    // The string constants are defined in gtouchableConventions.h : FLUXNAME, COUNTERNAME, DOSIMETERNAME.
    if (digitization == FLUXNAME) { gType = flux; }
    else if (digitization == COUNTERNAME) { gType = particleCounter; }
    else if (digitization == DOSIMETERNAME) { gType = dosimeter; }
    else { gType = readout; }
 
    // Parse the gidentity string into (name,value) pairs.
    // Expected format: "sector: 2, layer: 4, wire: 33"
    // The identity vector order is preserved because comparisons assume the same schema/order.
    std::vector<std::string> identity = gutilities::getStringVectorFromStringWithDelimiter(gidentityString, ",");
    // Process each identifier token (e.g., "sector: 2").
    for (auto& gid : identity) {
        std::vector<std::string> identifier = gutilities::getStringVectorFromStringWithDelimiter(gid, ":");
 
        // The parser assumes the token splits into [name, value].
        // Note: In production, consider adding try-catch here to handle conversion errors.
        const std::string& idName  = identifier[0];
        int                idValue = std::stoi(identifier[1]);
 
        gidentity.emplace_back(idName, idValue);
    }
    log->debug(CONSTRUCTOR, "GTouchable", gtouchable::to_string(gType), " ", getIdentityString());
}
 
// constructor from logger, digitization and gidentity strings
// called in GDetectorConstruction::ConstructSDandField
GTouchable::GTouchable(const std::shared_ptr<GLogger>& logger,
                       const std::string&              digitization,
                       const std::string&              gidentityString,
                       const std::vector<double>&      dimensions,
                       const double&                   dm) :
    GBase(logger),
    trackId(0),
    eMultiplier(1),
    stepTimeAtElectronicsIndex(GTOUCHABLEUNSETTIMEINDEX),
    detectorDimensions(dimensions),
    mass(dm) {
    // Determine the type based on the digitization string.
    // The string constants are defined in gtouchableConventions.h : FLUXNAME, COUNTERNAME, DOSIMETERNAME.
    if (digitization == FLUXNAME) { gType = flux; }
    else if (digitization == COUNTERNAME) { gType = particleCounter; }
    else if (digitization == DOSIMETERNAME) { gType = dosimeter; }
    else { gType = readout; }
 
    // Parse the gidentity string into (name,value) pairs.
    // Expected format: "sector: 2, layer: 4, wire: 33"
    // The identity vector order is preserved because comparisons assume the same schema/order.
    std::vector<std::string> identity = gutilities::getStringVectorFromStringWithDelimiter(gidentityString, ",");
    // Process each identifier token (e.g., "sector: 2").
    for (auto& gid : identity) {
        std::vector<std::string> identifier = gutilities::getStringVectorFromStringWithDelimiter(gid, ":");
 
        // The parser assumes the token splits into [name, value].
        // Note: In production, consider adding try-catch here to handle conversion errors.
        const std::string& idName  = identifier[0];
        int                idValue = std::stoi(identifier[1]);
 
        gidentity.emplace_back(idName, idValue);
    }
    log->debug(CONSTRUCTOR, "GTouchable", gtouchable::to_string(gType), " ", getIdentityString());
}
 
// Overloaded "==" operator for the class 'GTouchable'
bool GTouchable::operator==(const GTouchable& that) const {
    // First, check if both gidentity vectors are the same size.
    // this should never happen because the same sensitivity should be assigned the same identifier structure
    if (this->gidentity.size() != that.gidentity.size()) {
        log->debug(NORMAL, "Touchable sizes are different");
        return false;
    }
 
    // Compare identifiers positionally.
    // Only the identifier values are compared (schema/order is assumed identical for the same sensitivity).
    log->debug(NORMAL, "  + Touchable comparison:  ");
    for (size_t i = 0; i < this->gidentity.size(); ++i) {
        bool        equal            = ( this->gidentity[i].getValue() == that.gidentity[i].getValue() );
        std::string comparisonResult = equal ? " ✅" : " ❌";
        log->debug(NORMAL, "     ← ", this->gidentity[i], "   → ", that.gidentity[i], comparisonResult);
        if (!equal) { return false; }
    }
 
    bool        typeComparison = false;
    std::string result;
 
    // All identity values matched; apply the type-specific discriminator.
    switch (this->gType) {
        case readout:
            typeComparison = this->stepTimeAtElectronicsIndex == that.stepTimeAtElectronicsIndex;
            result = typeComparison ? " ✅" : " ❌";
            log->debug(NORMAL, "    Touchable type is readout. Time cell comparison: ",
                       this->stepTimeAtElectronicsIndex,
                       " ", that.stepTimeAtElectronicsIndex,
                       " result:", result);
            break;
        case flux:
            typeComparison = this->trackId == that.trackId;
            result = typeComparison ? " ✅" : " ❌";
            log->debug(NORMAL, "    Touchable type is flux. Track id comparison: ", this->trackId, " ", that.trackId,
                       " result:", result);
            break;
        case dosimeter:
            typeComparison = this->trackId == that.trackId;
            result = typeComparison ? " ✅" : " ❌";
            log->debug(NORMAL, "    Touchable type is dosimeter. Track id comparison: ", this->trackId, " ",
                       that.trackId,
                       " result:", result);
            break;
        case particleCounter:
            typeComparison = true;
            log->debug(NORMAL,
                       "    Touchable type is particleCounter. No additional comparison needed, returning true  ✅");
            break;
    }
    return typeComparison;
}
 
// ostream GTouchable
std::ostream& operator<<(std::ostream& stream, const GTouchable& gtouchable) {
    stream << " GTouchable: ";
    for (auto& gid : gtouchable.gidentity) {
        stream << KRED << gid;
        if (gid.getName() != gtouchable.gidentity.back().getName()) { stream << ", "; }
        else { stream << RST; }
    }
    switch (gtouchable.gType) {
        case readout:
            // compare the time cell
            stream << KGRN << " (readout), " << RST << " multiplier: " << gtouchable.eMultiplier <<
                ", time cell index: " <<
                gtouchable.stepTimeAtElectronicsIndex;
            break;
        case flux:
            stream << KGRN << " (flux), " << RST << " g4 track id: " << gtouchable.trackId;
            break;
        case dosimeter:
            stream << KGRN << " (dosimeter), " << RST << " g4 track id: " << gtouchable.trackId;
            break;
        case particleCounter:
            stream << KGRN << " (particleCounter), " << RST << " g4 track id: " << gtouchable.trackId;
            break;
    }
 
    return stream;
}
 
std::ostream& operator<<(std::ostream& stream, const GIdentifier& gidentifier) {
    stream << gidentifier.idName << ": " << gidentifier.idValue;
    return stream;
}