void QFRDRFCSCrossCorrelationEditor::rawDataChangedRecalc()
{
QFRDRFCSData* m=qobject_cast<QFRDRFCSData*>(current);
//qDebug()<<"rawDataChangedRecalc() m="<<m;
if (m) m->recalculateCorrelations();
replotData();
runs->setCurrent(current);
}
void SigParamThresholdDialog::posChanged()
{
// set autoscale back (may have been unset by zoomer)
plot->setAxisAutoScale(QwtPlot::xBottom);
plot->setAxisAutoScale(QwtPlot::yLeft);
replotData();
zoomer->setZoomBase();
}
void QFFitResultsEvaluationEditorBase::resetAll() {
if (!current) return;
QFFitResultsEvaluation* eval=qobject_cast<QFFitResultsEvaluation*>(current);
if (!eval) return;
QApplication::setOverrideCursor(QCursor(Qt::WaitCursor));
eval->resetAllFitResultsAllFiles();
displayModel(false);
replotData();
QApplication::restoreOverrideCursor();
}
void SigParamWithDualThreshold::posChanged()
{
// set autoscale back (may have been unset by zoomer)
plot->setAxisAutoScale(QwtPlot::xBottom);
plot->setAxisAutoScale(QwtPlot::yLeft);
file.seek(curPos);
memset(readBuf, 0, PassBytes);
file.read((char*)readBuf, PassBytes);
replotData();
zoomer->setZoomBase();
}
void QFFitResultsEvaluationEditorBase::loadCurrentFitResults(QFRawDataRecord* rec) {
if (!current) return;
QFFitResultsEvaluation* eval=qobject_cast<QFFitResultsEvaluation*>(current);
QFFitFunction* ffunc=eval->getFitFunction(rec);
if (!ffunc || !eval) return;
QString filter= tr("Fit Parameter Set (*.fps)");
QString selectedFilter=filter;
QString fileName = qfGetOpenFileName(this, tr("Load Fit Parameter Set ..."), m_currentFPSSaveDir, filter, &selectedFilter);
if ((!fileName.isEmpty())&&(!fileName.isNull())) {
QApplication::setOverrideCursor(QCursor(Qt::WaitCursor));
eval->set_doEmitPropertiesChanged(false);
m_currentFPSSaveDir=QFileInfo(fileName).absolutePath();
QSettings settings(fileName, QSettings::IniFormat);
QString ffuncname=settings.value("fit_function/id", eval->getFitFunction(rec)->id()).toString();
eval->setFitFunction(ffuncname);
settings.beginGroup("fit_params");
QStringList keys = settings.allKeys();
for (int i=0; i<keys.size(); i++) {
if (keys[i].endsWith("/error")) {
QString paramname=keys[i].left(keys[i].length()-6);
eval->setFitError(paramname, settings.value(keys[i]).toDouble(), rec);
} else if (keys[i].endsWith("/value")) {
QString paramname=keys[i].left(keys[i].length()-6);
eval->setFitValue(paramname, settings.value(keys[i]).toDouble(), rec);
} else if (keys[i].endsWith("/fix")) {
QString paramname=keys[i].left(keys[i].length()-4);
eval->setFitFix(paramname, settings.value(keys[i]).toBool(), rec);
} else if (keys[i].endsWith("/min")) {
QString paramname=keys[i].left(keys[i].length()-4);
eval->setFitMin(paramname, settings.value(keys[i]).toDouble(), rec);
} else if (keys[i].endsWith("/max")) {
QString paramname=keys[i].left(keys[i].length()-4);
eval->setFitMax(paramname, settings.value(keys[i]).toDouble(), rec);
}
}
eval->set_doEmitPropertiesChanged(true);
eval->emitPropertiesChanged();
displayModel(true);
replotData();
QApplication::restoreOverrideCursor();
}
}
void SigParamWithDualThreshold::thresholdLChanged(double thresholdL)
{
curThresholdL = thresholdL;
replotData();
}
void SigParamWithDualThreshold::thresholdHChanged(double thresholdH)
{
curThresholdH = thresholdH;
replotData();
}
void SigParamLowpassDialog::filtParamChanged()
{
file.setFilter(sbTaps->value(), sbCutoff->value());
replotData();
}
void QFRDRFCSCrossCorrelationEditor::slidersChanged(int userMin, int userMax, int /*min*/, int /*max*/) {
if (!current) return;
current->setQFProperty("fcscorreditor_datacut_min", userMin, false, false);
current->setQFProperty("fcscorreditor_datacut_max", userMax, false, false);
replotData();
}
void QFRDRFCSCrossCorrelationEditor::rawDataChanged() {
replotData();
}
void QFRDRFCSCrossCorrelationEditor::runsModeChanged(int/* c*/) {
if (cmbRunDisplay->currentIndex()==0) lstRunsSelect->setEnabled(false);
else lstRunsSelect->setEnabled(true);
replotData();
}
void QFRDRFCSCrossCorrelationEditor::selectionChanged(const QItemSelection & /*current*/, const QItemSelection & /*previous*/ ) {
replotData();
}
