void Interpret::reset()
{
info("reset()");
resetCounters();
resetEventVariables();
_lastMetaIndexNotSet = 0;
_lastWordIndexSet = 0;
_metaEventIndexLength = 0;
_metaEventIndex = 0;
_startWordIndex = 0;
}
void Interpret::addEvent()
{
if (Basis::debugSet()) {
std::stringstream tDebug;
tDebug << "addEvent() " << _nEvents;
debug(tDebug.str());
}
if (tTotalHits == 0) {
_nEmptyEvents++;
if (_createEmptyEventHits) {
addEventErrorCode(__NO_HIT);
addHit(0, 0, 0, 0, 0, 0);
}
}
if (tTriggerWord == 0) {
addEventErrorCode(__NO_TRG_WORD);
if (_firstTriggerNrSet) // set the last existing trigger number for events without trigger number if trigger numbers exist
tEventTriggerNumber = _lastTriggerNumber;
}
if (tTriggerWord > 1) {
addTriggerErrorCode(__TRG_NUMBER_MORE_ONE);
if (Basis::warningSet())
warning(std::string("addEvent: # trigger words > 1 at event " + LongIntToStr(_nEvents)));
}
if (_useTdcTriggerTimeStamp && tTdcTimeStamp >= 254)
addEventErrorCode(__TDC_OVERFLOW);
storeEventHits();
if (tTotalHits > _nMaxHitsPerEvent)
_nMaxHitsPerEvent = tTotalHits;
histogramTriggerErrorCode();
histogramErrorCode();
if (_createMetaDataWordIndex) {
if (_actualMetaWordIndex < _metaWordIndexLength) {
_metaWordIndex[_actualMetaWordIndex].eventIndex = _nEvents;
_metaWordIndex[_actualMetaWordIndex].startWordIdex = _startWordIndex;
_metaWordIndex[_actualMetaWordIndex].stopWordIdex = _nDataWords - 1;
_startWordIndex = _nDataWords - 1;
_actualMetaWordIndex++;
}
else {
std::stringstream tInfo;
tInfo << "Interpret::addEvent(): meta word index array is too small " << _actualMetaWordIndex << ">=" << _metaWordIndexLength;
throw std::out_of_range(tInfo.str());
}
}
_nEvents++;
resetEventVariables();
}
void Interpret::reset()
{
info("reset()");
resetCounters();
resetEventVariables();
_lastMetaIndexNotSet = 0;
_lastWordIndexSet = 0;
_metaEventIndexLength = 0;
_metaEventIndex = 0;
_startWordIndex = 0;
// initialize SRAM variables to 0
tTriggerNumber = 0;
tActualLVL1ID = 0;
tActualBCID = 0;
tActualSRcode= 0;
tActualSRcounter = 0;
}
