DataObjectPtr PSD::makeDuplicate() const {
PSDPtr powerspectrum = store()->createObject<PSD>();
Q_ASSERT(powerspectrum);
powerspectrum->writeLock();
powerspectrum->setVector(_inputVectors[INVECTOR]);
powerspectrum->setFrequency(_Frequency);
powerspectrum->setAverage(_Average);
powerspectrum->setLength(_averageLength);
powerspectrum->setApodize(_Apodize);
powerspectrum->setRemoveMean(_RemoveMean);
powerspectrum->setVectorUnits(_vectorUnits);
powerspectrum->setRateUnits(_rateUnits);
powerspectrum->setApodizeFxn(_apodizeFxn);
powerspectrum->setGaussianSigma(_gaussianSigma);
powerspectrum->setOutput(_Output);
powerspectrum->setInterpolateHoles(_interpolateHoles);
if (descriptiveNameIsManual()) {
powerspectrum->setDescriptiveName(descriptiveName());
}
powerspectrum->registerChange();
powerspectrum->unlock();
return DataObjectPtr(powerspectrum);
}
ObjectPtr PowerSpectrumDialog::createNewDataObject() const {
Q_ASSERT(_document && _document->objectStore());
ObjectTag tag = _document->objectStore()->suggestObjectTag<PSD>(tagString(), ObjectTag::globalTagContext);
PSDPtr powerspectrum = _document->objectStore()->createObject<PSD>(tag);
Q_ASSERT(powerspectrum);
powerspectrum->setVector(_powerSpectrumTab->vector());
powerspectrum->setFreq(_powerSpectrumTab->FFTOptionsWidget()->sampleRate());
powerspectrum->setAverage(_powerSpectrumTab->FFTOptionsWidget()->interleavedAverage());
powerspectrum->setLen(_powerSpectrumTab->FFTOptionsWidget()->FFTLength());
powerspectrum->setApodize(_powerSpectrumTab->FFTOptionsWidget()->apodize());
powerspectrum->setRemoveMean(_powerSpectrumTab->FFTOptionsWidget()->removeMean());
powerspectrum->setVUnits(_powerSpectrumTab->FFTOptionsWidget()->vectorUnits());
powerspectrum->setRUnits(_powerSpectrumTab->FFTOptionsWidget()->rateUnits());
powerspectrum->setApodizeFxn(_powerSpectrumTab->FFTOptionsWidget()->apodizeFunction());
powerspectrum->setGaussianSigma(_powerSpectrumTab->FFTOptionsWidget()->sigma());
powerspectrum->setOutput(_powerSpectrumTab->FFTOptionsWidget()->output());
powerspectrum->setInterpolateHoles(_powerSpectrumTab->FFTOptionsWidget()->interpolateOverHoles());
powerspectrum->writeLock();
powerspectrum->update(0);
powerspectrum->unlock();
//FIXME this should be a command...
//FIXME need some smart placement...
tag = _document->objectStore()->suggestObjectTag<Curve>(powerspectrum->tag().tagString(), ObjectTag::globalTagContext);
CurvePtr curve = _document->objectStore()->createObject<Curve>(tag);
Q_ASSERT(curve);
curve->setXVector(powerspectrum->vX());
curve->setYVector(powerspectrum->vY());
curve->setColor(_powerSpectrumTab->curveAppearance()->color());
curve->setHasPoints(_powerSpectrumTab->curveAppearance()->showPoints());
curve->setHasLines(_powerSpectrumTab->curveAppearance()->showLines());
curve->setHasBars(_powerSpectrumTab->curveAppearance()->showBars());
curve->setLineWidth(_powerSpectrumTab->curveAppearance()->lineWidth());
curve->setLineStyle(_powerSpectrumTab->curveAppearance()->lineStyle());
curve->pointType = _powerSpectrumTab->curveAppearance()->pointType();
curve->setPointDensity(_powerSpectrumTab->curveAppearance()->pointDensity());
curve->setBarStyle(_powerSpectrumTab->curveAppearance()->barStyle());
curve->writeLock();
curve->update(0);
curve->unlock();
PlotItem *plotItem = 0;
switch (_powerSpectrumTab->curvePlacement()->place()) {
case CurvePlacement::NoPlot:
break;
case CurvePlacement::ExistingPlot:
{
plotItem = static_cast<PlotItem*>(_powerSpectrumTab->curvePlacement()->existingPlot());
break;
}
case CurvePlacement::NewPlot:
{
CreatePlotForCurve *cmd = new CreatePlotForCurve(
_powerSpectrumTab->curvePlacement()->createLayout(),
_powerSpectrumTab->curvePlacement()->appendToLayout());
cmd->createItem();
plotItem = static_cast<PlotItem*>(cmd->item());
break;
}
default:
break;
}
PlotRenderItem *renderItem = plotItem->renderItem(PlotRenderItem::Cartesian);
renderItem->addRelation(kst_cast<Relation>(curve));
plotItem->update();
return ObjectPtr(powerspectrum.data());
}
