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calculateamplitudes.cpp
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calculateamplitudes.cpp
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/***************************************************************************
* Copyright (C) gempa GmbH *
* All rights reserved. *
* Contact: gempa GmbH (seiscomp-dev@gempa.de) *
* *
* GNU Affero General Public License Usage *
* This file may be used under the terms of the GNU Affero *
* Public License version 3.0 as published by the Free Software Foundation *
* and appearing in the file LICENSE included in the packaging of this *
* file. Please review the following information to ensure the GNU Affero *
* Public License version 3.0 requirements will be met: *
* https://www.gnu.org/licenses/agpl-3.0.html. *
* *
* Other Usage *
* Alternatively, this file may be used in accordance with the terms and *
* conditions contained in a signed written agreement between you and *
* gempa GmbH. *
***************************************************************************/
#define SEISCOMP_COMPONENT ComputeAmplitudes
#include <seiscomp/logging/log.h>
#include <seiscomp/gui/datamodel/calculateamplitudes.h>
#include <seiscomp/gui/core/application.h>
#include <seiscomp/gui/core/utils.h>
#include <seiscomp/math/geo.h>
#include <seiscomp/seismology/magnitudes.h>
#include <seiscomp/datamodel/origin.h>
#include <seiscomp/datamodel/amplitude.h>
#include <seiscomp/datamodel/magnitude.h>
#include <seiscomp/datamodel/stationmagnitude.h>
#include <seiscomp/datamodel/pick.h>
#include <seiscomp/datamodel/eventparameters.h>
#include <seiscomp/datamodel/databasequery.h>
#include <seiscomp/client/inventory.h>
#include <seiscomp/utils/misc.h>
#include <seiscomp/math/geo.h>
#include <seiscomp/math/mean.h>
#include <QProgressBar>
#include <QHeaderView>
#include <QMessageBox>
#include <functional>
using namespace std;
using namespace Seiscomp::DataModel;
using namespace Seiscomp::Processing;
namespace Seiscomp {
namespace Gui {
namespace {
string waveformIDToStdString(const WaveformStreamID& id) {
return (id.networkCode() + "." + id.stationCode() + "." +
id.locationCode() + "." + id.channelCode());
}
/*
WaveformStreamID setWaveformIDComponent(const WaveformStreamID& id, char component) {
return WaveformStreamID(id.networkCode(), id.stationCode(), id.locationCode(),
id.channelCode().substr(0,2) + component, id.resourceURI());
}
bool hasHigherPriority(AmplitudePtr candidate, AmplitudePtr reference) {
return false;
}
*/
}
CalculateAmplitudes::CalculateAmplitudes(Origin *origin,
QWidget * parent, Qt::WindowFlags f)
: QDialog(parent, f)
{
_ui.setupUi(this);
QFont font = _ui.source->font();
font.setUnderline(true);
_ui.source->setFont(font);
_ui.source->installEventFilter(new ElideFadeDrawer(this));
_ui.table->horizontalHeader()->setStretchLastSection(true);
_origin = origin;
_thread = nullptr;
_query = nullptr;
_recomputeAmplitudes = false;
_computeSilently = false;
_externalAmplitudeCache = nullptr;
connect(_ui.comboFilterState, SIGNAL(currentIndexChanged(int)),
this, SLOT(filterStateChanged(int)));
connect(_ui.comboFilterType, SIGNAL(currentIndexChanged(int)),
this, SLOT(filterTypeChanged(int)));
}
CalculateAmplitudes::~CalculateAmplitudes() {
closeAcquisition();
}
void CalculateAmplitudes::setOrigin(DataModel::Origin *origin) {
_origin = origin;
}
void CalculateAmplitudes::setStreamURL(const string& streamURL) {
closeAcquisition();
_ui.source->setText(streamURL.c_str());
_thread = new RecordStreamThread(streamURL);
connect(_thread, SIGNAL(receivedRecord(Seiscomp::Record*)),
this, SLOT(receivedRecord(Seiscomp::Record*)));
connect(_thread, SIGNAL(finished()),
this, SLOT(finishedAcquisition()));
}
void CalculateAmplitudes::setDatabase(DatabaseQuery *q) {
_query = q;
}
void CalculateAmplitudes::setRecomputeAmplitudes(bool e) {
_recomputeAmplitudes = e;
}
void CalculateAmplitudes::setAmplitudeCache(PickAmplitudeMap *cache) {
_externalAmplitudeCache = cache;
}
void CalculateAmplitudes::setAmplitudeTypes(const TypeSet &types) {
_amplitudeTypes = types;
}
int CalculateAmplitudes::exec() {
if ( !process() )
return QDialog::Rejected;
if ( _computeSilently && (!_thread || !_thread->isRunning()) )
return QDialog::Accepted;
return QDialog::exec();
}
void CalculateAmplitudes::done(int r) {
if ( !_processors.empty() ) {
if ( r == Rejected ) {
if ( QMessageBox::question(this, tr("Cancel"),
tr("Do you really want to cancel?"),
QMessageBox::Yes | QMessageBox::No) == QMessageBox::No )
return;
}
else {
if ( QMessageBox::question(this, tr("OK"),
tr("There are pending records to compute missing amplitudes.\n"
"Do you really want to cancel and use all available results?"),
QMessageBox::Yes | QMessageBox::No) == QMessageBox::No )
return;
}
}
closeAcquisition();
QDialog::done(r);
}
void CalculateAmplitudes::closeAcquisition() {
if ( _thread ) {
_thread->stop(true);
delete _thread;
_thread = nullptr;
}
}
void CalculateAmplitudes::checkPriority(const AmplitudeEntry &newAmp) {
iterator_range itp;
itp = _amplitudes.equal_range(newAmp.first->pickID());
for ( iterator it = itp.first; it != itp.second; ++it ) {
if ( it->second.first->type() != newAmp.first->type() ) continue;
DataModel::EvaluationMode cm = DataModel::AUTOMATIC;
DataModel::EvaluationMode rm = DataModel::AUTOMATIC;
try { cm = newAmp.first->evaluationMode(); }
catch ( ... ) {}
try { rm = it->second.first->evaluationMode(); }
catch ( ... ) {}
// Different evaluationMode: prefer MANUAL solutions
if ( cm != rm ) {
if ( cm == DataModel::MANUAL ) {
it->second = newAmp;
return;
}
}
try {
// Candidate is more recent than reference: prefer it
if ( newAmp.first->creationInfo().creationTime() >
it->second.first->creationInfo().creationTime() ) {
it->second = newAmp;
return;
}
}
catch ( ... ) {}
}
}
namespace {
struct PickStreamEntry {
PickCPtr pick;
double dist;
SensorLocation *loc;
};
}
bool CalculateAmplitudes::process() {
//_ui.btnOK->setEnabled(false);
_processors.clear();
_ui.table->setRowCount(0);
if ( !_origin || (_recomputeAmplitudes && !_thread) )
return false;
if ( _amplitudeTypes.empty() )
return false;
_timeWindow = Core::TimeWindow();
/*
TypeSet wantedAmpTypes;
wantedAmpTypes.insert("MLv");
wantedAmpTypes.insert("mb");
wantedAmpTypes.insert("mB");
wantedAmpTypes.insert("Mwp");
try {
vector<string> amps = SCApp->configGetStrings("amplitudes");
wantedAmpTypes.clear();
wantedAmpTypes.insert(amps.begin(), amps.end());
}
catch (...) {}
*/
QApplication::setOverrideCursor(QCursor(Qt::WaitCursor));
if ( _thread )
_thread->connect();
// Typedef a pickmap that maps a streamcode to a pick
typedef map<string, PickStreamEntry> PickStreamMap;
// This map is needed to find the earliest P pick of
// a certain stream
PickStreamMap pickStreamMap;
for ( size_t i = 0; i < _origin->arrivalCount(); ++i ) {
Arrival *ar = _origin->arrival(i);
double weight = 1.;
try { weight = ar->weight(); } catch (Seiscomp::Core::ValueException &) {}
if ( Util::getShortPhaseName(ar->phase().code()) != 'P' || weight < 0.5 ) {
continue;
}
Pick *pick = Pick::Find(ar->pickID());
if ( !pick ) {
//cerr << " - Skipping arrival " << i << " -> no pick found" << endl;
continue;
}
double dist = -1;
DataModel::SensorLocation *loc = nullptr;
loc = Client::Inventory::Instance()->getSensorLocation(pick);
try {
dist = ar->distance();
}
catch ( Core::ValueError &e ) {
try {
double azi1, azi2;
if ( loc != nullptr )
Math::Geo::delazi_wgs84(loc->latitude(), loc->longitude(),
_origin->latitude(), _origin->longitude(),
&dist, &azi1, &azi2);
}
catch ( Core::GeneralException &e ) {}
}
DataModel::WaveformStreamID wfid = pick->waveformID();
// Strip the component code because every AmplitudeProcessor
// will use its own component to pick the amplitude on
wfid.setChannelCode(wfid.channelCode().substr(0,2));
string streamID = waveformIDToStdString(wfid);
PickStreamEntry &e = pickStreamMap[streamID];
// When there is already a pick registered for this stream which has
// been picked earlier, ignore the current pick
if ( e.pick && e.pick->time().value() < pick->time().value() )
continue;
e.pick = pick;
e.dist = dist;
e.loc = loc;
}
for ( PickStreamMap::iterator it = pickStreamMap.begin(); it != pickStreamMap.end(); ++it ) {
PickCPtr pick = it->second.pick;
SensorLocation *loc = it->second.loc;
double dist = it->second.dist;
_ui.comboFilterType->clear();
_ui.comboFilterType->addItem("- Any -");
for ( TypeSet::iterator ita = _amplitudeTypes.begin(); ita != _amplitudeTypes.end(); ++ita )
_ui.comboFilterType->addItem(ita->c_str());
if ( _recomputeAmplitudes ) {
for ( TypeSet::iterator ita = _amplitudeTypes.begin(); ita != _amplitudeTypes.end(); ++ita )
addProcessor(*ita, pick.get(), loc, dist);
}
else {
string streamID = waveformIDToStdString(pick->waveformID());
TypeSet usedTypes;
if ( !_amplitudes.empty() ) {
iterator_range itp;
itp = _amplitudes.equal_range(pick->publicID());
for ( iterator it = itp.first; it != itp.second; ) {
AmplitudePtr amp = it->second.first;
// The amplitude type is not one of the wanted types
if ( _amplitudeTypes.find(amp->type()) == _amplitudeTypes.end() ) {
++it;
continue;
}
// Already has an amplitude of this type processed
if ( usedTypes.find(amp->type()) != usedTypes.end() ) {
++it;
continue;
}
usedTypes.insert(amp->type());
int row = addProcessingRow(waveformIDToStdString(amp->waveformID()), amp->type());
setMessage(row, "read from cache");
setValue(row, amp->amplitude().value());
++it;
}
}
bool foundAmplitudes = false;
if ( _externalAmplitudeCache ) {
iterator_range itp;
itp = _externalAmplitudeCache->equal_range(pick->publicID());
for ( iterator ita = itp.first; ita != itp.second; ++ita ) {
AmplitudePtr amp = ita->second.first;
// The amplitude type is not one of the wanted types
if ( _amplitudeTypes.find(amp->type()) == _amplitudeTypes.end() )
continue;
// Already has an amplitude of this type processed
if ( usedTypes.find(amp->type()) != usedTypes.end() ) {
checkPriority(ita->second);
continue;
}
usedTypes.insert(amp->type());
int row = addProcessingRow(waveformIDToStdString(amp->waveformID()), amp->type());
setMessage(row, "read from cache");
setValue(row, amp->amplitude().value());
_amplitudes.insert(PickAmplitudeMap::value_type(ita->first, ita->second));
}
}
if ( _query && !foundAmplitudes ) {
DatabaseIterator it = _query->getAmplitudesForPick(pick->publicID());
for ( ; *it; ++it ) {
AmplitudePtr amp = Amplitude::Cast(*it);
if ( !amp ) continue;
foundAmplitudes = true;
// The amplitude type is not one of the wanted types
if ( _amplitudeTypes.find(amp->type()) == _amplitudeTypes.end() ) continue;
// Already has an amplitude of this type processed
if ( usedTypes.find(amp->type()) != usedTypes.end() ) {
checkPriority(AmplitudeEntry(amp, false));
continue;
}
usedTypes.insert(amp->type());
int row = addProcessingRow(waveformIDToStdString(amp->waveformID()), amp->type());
setMessage(row, "read from database");
setValue(row, amp->amplitude().value());
_amplitudes.insert(PickAmplitudeMap::value_type(pick->publicID(), AmplitudeEntry(amp, false)));
}
}
if ( !foundAmplitudes ) {
EventParameters *ep = EventParameters::Cast(PublicObject::Find("EventParameters"));
if ( ep ) {
for ( size_t i = 0; i < ep->amplitudeCount(); ++i ) {
Amplitude *amp = ep->amplitude(i);
if ( amp->pickID() != pick->publicID() ) continue;
// The amplitude type is not one of the wanted types
if ( _amplitudeTypes.find(amp->type()) == _amplitudeTypes.end() ) continue;
// Already has an amplitude of this type processed
if ( usedTypes.find(amp->type()) != usedTypes.end() ) {
checkPriority(AmplitudeEntry(amp, false));
continue;
}
usedTypes.insert(amp->type());
int row = addProcessingRow(waveformIDToStdString(amp->waveformID()), amp->type());
setMessage(row, "read from memory");
setValue(row, amp->amplitude().value());
_amplitudes.insert(PickAmplitudeMap::value_type(pick->publicID(), AmplitudeEntry(amp, false)));
}
}
}
TypeSet remainingTypes;
set_difference(_amplitudeTypes.begin(), _amplitudeTypes.end(),
usedTypes.begin(), usedTypes.end(),
inserter(remainingTypes, remainingTypes.begin()));
for ( TypeSet::iterator ita = remainingTypes.begin(); ita != remainingTypes.end(); ++ita ) {
if ( _thread )
addProcessor(*ita, pick.get(), loc, dist);
else {
int row = addProcessingRow(streamID, *ita);
setError(row, "missing");
}
}
}
}
_ui.table->resizeColumnsToContents();
_ui.table->resizeRowsToContents();
updateTitle();
if ( _thread ) {
if ( _timeWindow ) {
_thread->setTimeWindow(_timeWindow);
_thread->start();
}
else {
}
}
QApplication::restoreOverrideCursor();
return true;
}
void CalculateAmplitudes::addProcessor(
const string &type,
const DataModel::Pick *pick,
const DataModel::SensorLocation *loc,
double dist) {
AmplitudeProcessorPtr proc = nullptr;
int row;
proc = AmplitudeProcessorFactory::Create(type.c_str());
if ( !proc ) {
row = addProcessingRow(waveformIDToStdString(pick->waveformID()), type);
setError(row, "no processor");
return;
}
proc->setTrigger(pick->time().value());
Util::KeyValues *keys = nullptr;
std::string stationID = pick->waveformID().networkCode() + "." +
pick->waveformID().stationCode();
ParameterMap::iterator it = _parameters.find(stationID);
if ( it != _parameters.end() )
keys = it->second.get();
else if ( SCApp->configModule() != nullptr ) {
for ( size_t i = 0; i < SCApp->configModule()->configStationCount(); ++i ) {
ConfigStation *station = SCApp->configModule()->configStation(i);
if ( station->networkCode() != pick->waveformID().networkCode() ) continue;
if ( station->stationCode() != pick->waveformID().stationCode() ) continue;
Setup *setup = findSetup(station, SCApp->name());
if ( setup ) {
ParameterSet *ps = ParameterSet::Find(setup->parameterSetID());
if ( !ps ) continue;
Util::KeyValuesPtr keys_ = new Util::KeyValues;
keys_->init(ps);
_parameters[stationID] = keys_;
keys = keys_.get();
}
}
}
proc->setReferencingPickID(pick->publicID());
proc->setPublishFunction(bind(&CalculateAmplitudes::emitAmplitude, this, placeholders::_1, placeholders::_2));
switch ( proc->usedComponent() ) {
case AmplitudeProcessor::Vertical:
addProcessor(proc.get(), pick, WaveformProcessor::VerticalComponent);
break;
case AmplitudeProcessor::FirstHorizontal:
addProcessor(proc.get(), pick, WaveformProcessor::FirstHorizontalComponent);
break;
case AmplitudeProcessor::SecondHorizontal:
addProcessor(proc.get(), pick, WaveformProcessor::SecondHorizontalComponent);
break;
case AmplitudeProcessor::Horizontal:
addProcessor(proc.get(), pick, WaveformProcessor::FirstHorizontalComponent);
addProcessor(proc.get(), pick, WaveformProcessor::SecondHorizontalComponent);
break;
case AmplitudeProcessor::Any:
addProcessor(proc.get(), pick, WaveformProcessor::VerticalComponent);
addProcessor(proc.get(), pick, WaveformProcessor::FirstHorizontalComponent);
addProcessor(proc.get(), pick, WaveformProcessor::SecondHorizontalComponent);
break;
default:
row = addProcessingRow(waveformIDToStdString(pick->waveformID()), type);
setError(row, "unsupported processor component");
return;
}
// If initialization fails, abort
if ( !proc->setup(
Settings(
SCApp->configModuleName(),
pick->waveformID().networkCode(), pick->waveformID().stationCode(),
pick->waveformID().locationCode(), pick->waveformID().channelCode().substr(0,2),
&SCCoreApp->configuration(), keys)) ) {
pair<TableRowMap::iterator, TableRowMap::iterator> itp = _rows.equal_range(proc.get());
for ( TableRowMap::iterator row_it = itp.first; row_it != itp.second; ++row_it )
setError(row_it->second, QString("Setup failed (%1: %2)")
.arg(proc->status().toString()).arg(proc->statusValue()));
return;
}
proc->setEnvironment(_origin, loc, pick);
if ( proc->isFinished() ) {
pair<TableRowMap::iterator, TableRowMap::iterator> itp = _rows.equal_range(proc.get());
for ( TableRowMap::iterator row_it = itp.first; row_it != itp.second; ++row_it )
setInfo(row_it->second, QString("%1 (%2)").arg(proc->status().toString()).arg(proc->statusValue(), 0, 'f', 2));
return;
}
proc->computeTimeWindow();
if ( proc->isFinished() ) {
pair<TableRowMap::iterator, TableRowMap::iterator> itp = _rows.equal_range(proc.get());
for ( TableRowMap::iterator row_it = itp.first; row_it != itp.second; ++row_it )
setInfo(row_it->second, QString("%1 (%2)").arg(proc->status().toString()).arg(proc->statusValue(), 0, 'f', 2));
return;
}
if ( !proc->safetyTimeWindow() ) {
pair<TableRowMap::iterator, TableRowMap::iterator> itp = _rows.equal_range(proc.get());
for ( TableRowMap::iterator row_it = itp.first; row_it != itp.second; ++row_it )
setError(row_it->second, tr("invalid time window"));
}
else {
switch ( proc->usedComponent() ) {
case AmplitudeProcessor::Vertical:
subscribeData(proc.get(), pick, WaveformProcessor::VerticalComponent);
break;
case AmplitudeProcessor::FirstHorizontal:
subscribeData(proc.get(), pick, WaveformProcessor::FirstHorizontalComponent);
break;
case AmplitudeProcessor::SecondHorizontal:
subscribeData(proc.get(), pick, WaveformProcessor::SecondHorizontalComponent);
break;
case AmplitudeProcessor::Horizontal:
subscribeData(proc.get(), pick, WaveformProcessor::FirstHorizontalComponent);
subscribeData(proc.get(), pick, WaveformProcessor::SecondHorizontalComponent);
break;
case AmplitudeProcessor::Any:
subscribeData(proc.get(), pick, WaveformProcessor::VerticalComponent);
subscribeData(proc.get(), pick, WaveformProcessor::FirstHorizontalComponent);
subscribeData(proc.get(), pick, WaveformProcessor::SecondHorizontalComponent);
break;
default:
return;
}
}
}
void CalculateAmplitudes::addProcessor(Processing::AmplitudeProcessor *proc,
const DataModel::Pick *pick,
int c) {
static const char *names[3] = {"vertical", "first horizontal", "second horizontal"};
char component;
ThreeComponents tc;
try {
tc = Client::Inventory::Instance()->getThreeComponents(pick);
}
catch ( ... ) {}
WaveformStreamID cwid = pick->waveformID();
if ( tc.comps[ThreeComponents::Component(c)] == nullptr )
component = '\0';
else {
cwid.setChannelCode(tc.comps[ThreeComponents::Component(c)]->code());
component = *cwid.channelCode().rbegin();
}
std::string streamID = waveformIDToStdString(cwid);
int row = addProcessingRow(streamID, proc->type());
if ( component == '\0' ) {
setError(row, QString("no %1 component found").arg(names[c]));
return;
}
StreamMap::iterator it = _streams.find(streamID);
if ( it != _streams.end() )
proc->streamConfig((WaveformProcessor::Component)c) = *it->second;
else {
Processing::StreamPtr stream = new Processing::Stream;
stream->init(cwid.networkCode(),
cwid.stationCode(),
cwid.locationCode(),
cwid.channelCode(),
pick->time().value());
_streams[streamID] = stream;
proc->streamConfig((WaveformProcessor::Component)c) = *stream;
}
if ( proc->streamConfig((WaveformProcessor::Component)c).gain == 0.0 ) {
setError(row, "no gain found");
return;
}
if ( proc->status() != WaveformProcessor::WaitingForData ) {
setError(row, QString("%1 (%2)").arg(proc->status().toString()).arg(proc->statusValue(), 0, 'f', 2));
return;
}
else
setError(row, proc->status().toString());
_rows.insert(TableRowMap::value_type(proc, row));
}
void CalculateAmplitudes::subscribeData(Processing::AmplitudeProcessor *proc,
const DataModel::Pick *pick,
int c) {
if ( proc->streamConfig((WaveformProcessor::Component)c).code().empty() ) {
SEISCOMP_WARNING("Empty channel code");
return;
}
if ( proc->streamConfig((WaveformProcessor::Component)c).gain == 0.0 ) {
SEISCOMP_WARNING("Invalid gain");
return;
}
WaveformStreamID cwid = pick->waveformID();
cwid.setChannelCode(proc->streamConfig((WaveformProcessor::Component)c).code());
std::string streamID = waveformIDToStdString(cwid);
pair<ProcessorMap::iterator, bool> handle = _processors.insert(ProcessorMap::value_type(streamID, ProcessorSlot()));
if ( handle.second )
_thread->addStream(cwid.networkCode(), cwid.stationCode(), cwid.locationCode(), cwid.channelCode());
handle.first->second.push_back(proc);
// Add processors timewindow to global acquisition timewindow
_timeWindow = _timeWindow | proc->safetyTimeWindow();
}
int CalculateAmplitudes::addProcessingRow(const string &streamID, const string &type) {
// Insert table row here
int row = _ui.table->rowCount();
_ui.table->insertRow(row);
QTableWidgetItem *itemStream = new QTableWidgetItem(streamID.c_str());
itemStream->setFlags(Qt::ItemIsSelectable | Qt::ItemIsEnabled);
QTableWidgetItem *itemType = new QTableWidgetItem(type.c_str());
itemType->setFlags(Qt::ItemIsSelectable | Qt::ItemIsEnabled);
_ui.table->setItem(row, 0, itemStream);
_ui.table->setItem(row, 1, itemType);
return row;
}
CalculateAmplitudes::iterator CalculateAmplitudes::begin() {
return _amplitudes.begin();
}
CalculateAmplitudes::iterator CalculateAmplitudes::end() {
return _amplitudes.end();
}
CalculateAmplitudes::iterator_range
CalculateAmplitudes::pickAmplitudes(const std::string &pickID) {
return _amplitudes.equal_range(pickID);
}
CalculateAmplitudes::iterator
CalculateAmplitudes::amplitude(const std::string &litudeID) {
for ( iterator it = _amplitudes.begin(); it != _amplitudes.end(); ++it ) {
if ( it->second.first->publicID() == amplitudeID )
return it;
}
return _amplitudes.end();
}
bool CalculateAmplitudes::isNewlyCreated(const iterator &it) const {
return it->second.second;
}
DataModel::AmplitudePtr
CalculateAmplitudes::amplitude(const iterator &it) const {
return it->second.first;
}
void CalculateAmplitudes::setState(iterator it, bool e) {
it->second.second = e;
}
void CalculateAmplitudes::setSilentMode(bool f) {
_computeSilently = f;
}
void CalculateAmplitudes::emitAmplitude(const AmplitudeProcessor *proc,
const Processing::AmplitudeProcessor::Result &res) {
AmplitudePtr amp = Amplitude::Create();
CreationInfo ci;
ci.setAgencyID(SCApp->agencyID());
ci.setAuthor(SCApp->author());
ci.setCreationTime(Core::Time::GMT());
amp->setAmplitude(
RealQuantity(
res.amplitude.value, Core::None,
res.amplitude.lowerUncertainty, res.amplitude.upperUncertainty,
Core::None
)
);
amp->setCreationInfo(ci);
if ( res.period > 0 ) amp->setPeriod(RealQuantity(res.period));
if ( res.snr >= 0 ) amp->setSnr(res.snr);
amp->setType(proc->type());
amp->setTimeWindow(
TimeWindow(res.time.reference, res.time.begin, res.time.end)
);
if ( res.component >= 0 &&
res.component <= Processing::WaveformProcessor::SecondHorizontal )
amp->setWaveformID(
WaveformStreamID(
res.record->networkCode(), res.record->stationCode(),
res.record->locationCode(), proc->streamConfig((Processing::WaveformProcessor::Component)res.component).code(), ""
)
);
else
amp->setWaveformID(
WaveformStreamID(
res.record->networkCode(), res.record->stationCode(),
res.record->locationCode(), res.record->channelCode().substr(0,2), ""
)
);
amp->setPickID(proc->referencingPickID());
proc->finalizeAmplitude(amp.get());
TableRowMap::const_iterator it = _rows.find(proc);
if ( it != _rows.end() )
setValue(it->second, res.amplitude.value);
_amplitudes.insert(PickAmplitudeMap::value_type(proc->referencingPickID(), AmplitudeEntry(amp, true)));
}
void CalculateAmplitudes::setValue(int row, double value) {
QTableWidgetItem *itemValue = _ui.table->item(row, 2);
if ( itemValue == nullptr ) {
itemValue = new QTableWidgetItem;
itemValue->setFlags(Qt::ItemIsSelectable | Qt::ItemIsEnabled);
itemValue->setTextAlignment(Qt::AlignRight | Qt::AlignVCenter);
_ui.table->setItem(row, 2, itemValue);
}
itemValue->setText(QString::number(value));
}
void CalculateAmplitudes::receivedRecord(Seiscomp::Record *rec) {
Seiscomp::RecordPtr tmp(rec);
ProcessorMap::iterator slot_it = _processors.find(rec->streamID());
if ( slot_it == _processors.end() ) return;
for ( ProcessorSlot::iterator it = slot_it->second.begin(); it != slot_it->second.end(); ) {
(*it)->feed(rec);
if ( (*it)->status() == WaveformProcessor::InProgress ) {
pair<TableRowMap::iterator, TableRowMap::iterator> itp = _rows.equal_range(it->get());
for ( TableRowMap::iterator row_it = itp.first; row_it != itp.second; ++row_it )
setProgress(row_it->second, (int)(*it)->statusValue());
++it;
}
else if ( (*it)->status() == WaveformProcessor::Finished ) {
pair<TableRowMap::iterator, TableRowMap::iterator> itp = _rows.equal_range(it->get());
for ( TableRowMap::iterator row_it = itp.first; row_it != itp.second; ++row_it )
setProgress(row_it->second, 100);
it = slot_it->second.erase(it);
}
else if ( (*it)->isFinished() ) {
pair<TableRowMap::iterator, TableRowMap::iterator> itp = _rows.equal_range(it->get());
for ( TableRowMap::iterator row_it = itp.first; row_it != itp.second; ++row_it )
setInfo(row_it->second, QString("%1 (%2)").arg((*it)->status().toString()).arg((*it)->statusValue(), 0, 'f', 2));
it = slot_it->second.erase(it);
}
else
++it;
}
if ( slot_it->second.empty() )
_processors.erase(slot_it);
updateTitle();
}
void CalculateAmplitudes::updateTitle() {
size_t unfinished = 0;
for ( auto it : _rows ) {
if ( !it.first->isFinished() )
++unfinished;
}
auto done = static_cast<size_t>(_ui.table->rowCount()) - unfinished;
setWindowTitle(tr("Measure amplitudes: %1 / %2 processors finished")
.arg(done).arg(_ui.table->rowCount()));
}
void CalculateAmplitudes::finishedAcquisition() {
for ( ProcessorMap::iterator slot_it = _processors.begin(); slot_it != _processors.end(); ) {
for ( ProcessorSlot::iterator it = slot_it->second.begin(); it != slot_it->second.end(); ) {
if ( (*it)->status() == WaveformProcessor::InProgress ) {
pair<TableRowMap::iterator, TableRowMap::iterator> itp = _rows.equal_range(it->get());
for ( TableRowMap::iterator row_it = itp.first; row_it != itp.second; ++row_it )
setError(row_it->second, QString("incomplete data (%1% ok)").arg((*it)->statusValue(), 0, 'f', 2));
(*it)->close();
it = slot_it->second.erase(it);
}
else if ( (*it)->status() == WaveformProcessor::WaitingForData ) {
pair<TableRowMap::iterator, TableRowMap::iterator> itp = _rows.equal_range(it->get());
for ( TableRowMap::iterator row_it = itp.first; row_it != itp.second; ++row_it )
setError(row_it->second, "no data");
(*it)->close();
it = slot_it->second.erase(it);
}
else if ( (*it)->isFinished() ) {
(*it)->close();
it = slot_it->second.erase(it);
}
else {
(*it)->close();
++it;
}
}
if ( slot_it->second.empty() )
_processors.erase(slot_it++);
else
++slot_it;
}
//_ui.btnOK->setEnabled(true);
bool hasErrors = false;
for ( int i = 0; i < _ui.table->rowCount(); ++i ) {
if ( _ui.table->cellWidget(i, 3) != nullptr ||
_ui.table->item(i, 3)->data(Qt::UserRole) == 1 )
hasErrors = true;
}
if ( !hasErrors || _computeSilently )
accept();
}
void CalculateAmplitudes::setError(int row, QString text) {
// Remove progress bar if set
_ui.table->setCellWidget(row, 3, nullptr);
QTableWidgetItem *itemState = new QTableWidgetItem(text);
itemState->setData(Qt::TextColorRole, QVariant::fromValue(QColor(Qt::red)));
// Signal an error state
itemState->setData(Qt::UserRole, 1);
itemState->setFlags(Qt::ItemIsSelectable | Qt::ItemIsEnabled);
_ui.table->setItem(row, 3, itemState);
filterView(row,1);
}
void CalculateAmplitudes::setInfo(int row, QString text) {
// Remove progress bar if set
_ui.table->setCellWidget(row, 3, nullptr);
QTableWidgetItem *itemState = new QTableWidgetItem(text);
itemState->setData(Qt::TextColorRole, QVariant::fromValue(palette().color(QPalette::Highlight)));
// Signal an info state
itemState->setData(Qt::UserRole, 2);
itemState->setFlags(Qt::ItemIsSelectable | Qt::ItemIsEnabled);
_ui.table->setItem(row, 3, itemState);
filterView(row,1);
}
void CalculateAmplitudes::setMessage(int row, QString text) {
_ui.table->setCellWidget(row, 3, nullptr);
QTableWidgetItem *itemState = new QTableWidgetItem(text);
itemState->setFlags(Qt::ItemIsSelectable | Qt::ItemIsEnabled);
// Signal an non error state
itemState->setData(Qt::UserRole, 0);
_ui.table->setItem(row, 3, itemState);
_ui.table->showRow(row);
filterView(row,1);
}
void CalculateAmplitudes::setProgress(int row, int progress) {
QProgressBar *progressBar = static_cast<QProgressBar*>(_ui.table->cellWidget(row, 3));
_ui.table->setItem(row, 3, nullptr);
if ( !progressBar ) {
progressBar = new QProgressBar;
progressBar->setVisible(false);