void Analysis::filterData(PivData *pivData, FilterOptions filterOptions)
{
// Checking each filtering option and calling external filter functions (included from filters.h)
if (filterOptions.snr()) snr(pivData,filterOptions);
if (filterOptions.imageIntensity()) imageIntensity(pivData,filterOptions);
if (filterOptions.globalRange()) globalRange(pivData,filterOptions);
if (filterOptions.globalStd()) globalStd(pivData,filterOptions);
if (filterOptions.local()) localDetect(pivData,filterOptions);
if (filterOptions.interpolate()) meanInterpolate(pivData, filterOptions);
if (filterOptions.smoothing()) gaussianBlur(pivData, filterOptions);
}
void MainWindow::setFilterTab()
{
FilterOptions filterOptions = settings->filterOptions();
// Global
minUedit->setText(QString("%1").arg(filterOptions.umin()));
maxUedit->setText(QString("%1").arg(filterOptions.umax()));
minVedit->setText(QString("%1").arg(filterOptions.vmin()));
maxVedit->setText(QString("%1").arg(filterOptions.vmax()));
minUedit->setEnabled(filterOptions.globalRange());
maxUedit->setEnabled(filterOptions.globalRange());
minVedit->setEnabled(filterOptions.globalRange());
maxVedit->setEnabled(filterOptions.globalRange());
nStdDevSpin->setValue(filterOptions.nStd());
nStdDevSpin->setEnabled(filterOptions.globalStd());
// Local
localMethodCombo->setEnabled(filterOptions.local());
localMethodCombo->setCurrentIndex(filterOptions.localMethod());
localNxNCombo->setEnabled(filterOptions.local());
localNxNCombo->setCurrentIndex((filterOptions.localNxN()-1)/2-1);
localUedit->setEnabled(filterOptions.local());
localVedit->setEnabled(filterOptions.local());
localUedit->setText(QString("%1").arg(filterOptions.uTol()));
localVedit->setText(QString("%1").arg(filterOptions.vTol()));
// Interpolate
interpolateMethodCombo->setEnabled(filterOptions.interpolate());
interpolateMethodCombo->setCurrentIndex(filterOptions.intMethod());
interpolateNxNCombo->setEnabled(filterOptions.interpolate());
interpolateNxNCombo->setCurrentIndex((filterOptions.intNxN()-1)/2-1);
// Smoothing
smoothNxNCombo->setEnabled(filterOptions.smoothing());
smoothNxNCombo->setCurrentIndex((filterOptions.smoothNxN()-1)/2-1);
smoothRadiusEdit->setEnabled(filterOptions.smoothing());
smoothRadiusEdit->setText(QString("%1").arg(filterOptions.smoothRadius()));
}
void MainWindow::setFilterValues()
{
//std::cout << "in setFilterValues\n";
FilterOptions filterOptions;
filterOptions = settings->filterOptions();
// Global
double temp;
if (filterOptions.globalRange())
{
double umin = minUedit->text().toDouble();
double umax = maxUedit->text().toDouble();
if (umin > umax)
{
temp = umin;
umin = umax;
umax = temp;
}
double vmin = minVedit->text().toDouble();
double vmax = maxVedit->text().toDouble();
if (vmin > vmax)
{
temp = vmin;
vmin = vmax;
vmax = temp;
}
filterOptions.setRange(umin,umax,vmin,vmax);
}
if (filterOptions.globalStd()) filterOptions.setNStd(nStdDevSpin->value());
// Local
double u, v;
if (filterOptions.local())
{
filterOptions.setLocalMethod(localMethodCombo->currentIndex());
filterOptions.setLocalNxN((localNxNCombo->currentIndex()+1)*2+1);
u = localUedit->text().toDouble();
v = localVedit->text().toDouble();
filterOptions.setLocalTolerance(u, v);
}
// Interpolate
if (filterOptions.interpolate())
{
filterOptions.setIntMethod(interpolateMethodCombo->currentIndex());
filterOptions.setLocalNxN((interpolateNxNCombo->currentIndex()+1)*2+1);
}
// Smoothing
if (filterOptions.smoothing())
{
filterOptions.setSmoothRadius(smoothRadiusEdit->text().toDouble());
filterOptions.setSmoothNxN((smoothNxNCombo->currentIndex()+1)*2+1);
}
// Write and delay changes
settings->setFilterOptions(filterOptions);
QTimer::singleShot(10000, this, SLOT(setFilterTab()));
}