// >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
bool Detector::emitPick(const Record* rec, const Core::Time& t) {
// Is there a last pick and a last snr amplitude? Then defer the pick
// until the max amplitude has been calculated
if ( _lastAmplitude && (bool)_lastPick ) {
double dt = (double)(t - _lastPick);
double deadTime = (double)_deadTime;
if ( deadTime > 0 ) {
double dtn = dt/deadTime;
_minAmplitude = _amplitudeThreshold + *_lastAmplitude * exp(-dtn*dtn);
}
else
_minAmplitude = _amplitudeThreshold;
SEISCOMP_DEBUG("Time to last pick = %.2f sec, last amplitude = %.2f, minimum amplitude = %.2f", dt, *_lastAmplitude, *_minAmplitude);
if ( *_minAmplitude > _triggeredAmplitude ) {
_currentPick = t;
_currentPickRecord = rec;
SEISCOMP_DEBUG("Defer pick, minimum amplitude to reach is %.2f", *_minAmplitude);
return false;
}
SEISCOMP_DEBUG("Deferred sending disabled, pick already reached minimum amplitude: %.2f >= %.2f", _triggeredAmplitude, *_minAmplitude);
}
return sendPick(rec, t);
}
SimulationPlanner::SimulationPlanner(QString event, QDir eventDir,
QList<QPair<QString,int> > all,
QList<QPair<QString,int> > picks,
QList<QPair<QString,int> > origins,
int duration,
QObject *parent) :
QObject(parent),
requiredEventName(event),
requiredEventDir(eventDir),
allBlocks(all),
picksBlocks(picks),
originsBlocks(origins),
simulationDuration(duration),
eventTimer(new QTimer(this)),
blocksTimer(new QTimer(this)),
blocksCounter(0),
originsCounter(0),
picksCounter(0),
config(new QSettings(QDir::currentPath()+"/config/sorges.conf",QSettings::NativeFormat))
{
//to start the simulation with a bit of delay in order to set everything
int waitTime=2000;
std::cout<<"Starting planner in 2 seconds..."<<std::endl;
connect (blocksTimer,SIGNAL(timeout()),this,SLOT(dispatch()));
connect (this,SIGNAL(pickTurn(QString)),this,SLOT(sendPick(QString)));
connect (this,SIGNAL(originTurn(QString)),this,SLOT(sendOrigin(QString)));
std::cout<<"Starting time triggers for data..."<<std::endl;
blocksTimer->start(waitTime);
}
// >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
void Detector::sendMaxAmplitude(const Record *record) {
_lastAmplitude = _amplProc.amplitude;
double offset = (double)_amplProc.index / record->samplingFrequency();
_amplProc.reset();
if ( !_lastAmplitude ) {
SEISCOMP_ERROR("This should never happen: no SNR amplitude to be sent");
return;
}
if ( _minAmplitude && *_lastAmplitude < *_minAmplitude ) {
SEISCOMP_DEBUG("Skipping pick, minimum amplitude not reached: %.2f < %.2f", *_lastAmplitude, *_minAmplitude);
return;
}
// emit the current pick
if ( _currentPickRecord && (bool)_currentPick )
sendPick(_currentPickRecord.get(), _currentPick);
Core::Time t = _lastPick + Core::TimeSpan(offset);
if ( _amplPublish && isEnabled() ) {
if ( _pickID.empty() ) {
SEISCOMP_DEBUG("No valid pickID set (pick has not been sent), cancel sending 'snr' amplitude");
return;
}
AmplitudeProcessor_SNR ampProc(_lastPick + this->offset());
Processing::AmplitudeProcessor::Result res;
ampProc.setReferencingPickID(_pickID);
res.amplitude.value = *_lastAmplitude;
res.period = 0.;
res.snr = -1.;
res.time.reference = t;
res.time.begin = -offset;
res.time.end = (double)_twMax-offset;
res.record = record;
_amplPublish(&Proc, res);
}
}
