void AbstractDImageHistoryTest::applyFilters2()
{
ImageIface iface;
AutoLevelsFilter filter(iface.original(), iface.original(), this);
filter.startFilterDirectly();
iface.setOriginal("", filter.filterAction(), filter.getTargetImage());
}
void AbstractDImageHistoryTest::applyFilters1()
{
ImageIface iface;
BCGFilter filter1(iface.original(), this);
filter1.startFilterDirectly();
iface.setOriginal(i18n("Brightness / Contrast / Gamma"), filter1.filterAction(), filter1.getTargetImage());
CurvesFilter filter2(iface.original(), this);
filter2.startFilterDirectly();
iface.setOriginal("Curves", filter2.filterAction(), filter2.getTargetImage());
}
void FilmGrainTool::prepareFinal()
{
FilmGrainContainer prm = d->settingsView->settings();
ImageIface iface;
setFilter(new FilmGrainFilter(iface.original(), this, prm));
}
void BlurFXTool::preparePreview()
{
d->gboxSettings->setEnabled(false);
DImg image;
switch (d->effectType->currentIndex())
{
case BlurFXFilter::ZoomBlur:
case BlurFXFilter::RadialBlur:
case BlurFXFilter::FocusBlur:
{
ImageIface iface;
image = *iface.original();
break;
}
case BlurFXFilter::FarBlur:
case BlurFXFilter::MotionBlur:
case BlurFXFilter::SoftenerBlur:
case BlurFXFilter::ShakeBlur:
case BlurFXFilter::SmartBlur:
case BlurFXFilter::FrostGlass:
case BlurFXFilter::Mosaic:
image = d->previewWidget->getOriginalRegionImage();
break;
}
int type = d->effectType->currentIndex();
int dist = d->distanceInput->value();
int level = d->levelInput->value();
setFilter(new BlurFXFilter(&image, this, type, dist, level));
}
void EmbossTool::prepareFinal()
{
int depth = d->depthInput->value();
ImageIface iface;
setFilter(new EmbossFilter(iface.original(), this, depth));
}
void WhiteBalanceTool::prepareFinal()
{
WBContainer settings = d->settingsView->settings();
ImageIface iface;
setFilter(new WBFilter(iface.original(), this, settings));
}
void BCGTool::prepareFinal()
{
BCGContainer settings = d->settingsView->settings();
ImageIface iface;
setFilter(new BCGFilter(iface.original(), this, settings));
}
void CharcoalTool::prepareFinal()
{
double pencil = (double)d->pencilInput->value()/10.0;
double smooth = (double)d->smoothInput->value();
ImageIface iface;
setFilter(new CharcoalFilter(iface.original(), this, pencil, smooth));
}
void LensAutoFixTool::prepareFinal()
{
// Settings information must be handle before to disable settings view.
LensFunContainer settings = d->cameraSelector->settings();
d->settingsView->assignFilterSettings(settings);
ImageIface iface;
setFilter(new LensFunFilter(iface.original(), this, settings));
}
void RestorationTool::prepareFinal()
{
ImageIface iface;
DImg originalImage = iface.original()->copy();
setFilter(new GreycstorationFilter(&originalImage,
d->settingsWidget->settings(), GreycstorationFilter::Restore,
0, 0, QImage(), this));
}
void LensDistortionTool::prepareFinal()
{
double m = d->mainInput->value();
double e = d->edgeInput->value();
double r = d->rescaleInput->value();
double b = d->brightenInput->value();
ImageIface iface;
setFilter(new LensDistortionFilter(iface.original(), this, m, e, r, b, 0, 0));
}
void BlurFXTool::prepareFinal()
{
d->gboxSettings->setEnabled(false);
int type = d->effectType->currentIndex();
int dist = d->distanceInput->value();
int level = d->levelInput->value();
ImageIface iface;
setFilter(new BlurFXFilter(iface.original(), this, type, dist, level));
}
void WhiteBalanceTool::preparePreview()
{
ImageIface iface;
DImg* const img = iface.original();
WBContainer settings = d->settingsView->settings();
WBFilter::findChanelsMax(img, settings.maxr, settings.maxg, settings.maxb);
d->gboxSettings->histogramBox()->histogram()->stopHistogramComputation();
DImg preview = d->previewWidget->getOriginalRegionImage(true);
setFilter(new WBFilter(&preview, this, settings));
}
void ContentAwareResizeTool::prepareFinal()
{
if (d->prevW != d->wInput->value() || d->prevH != d->hInput->value() ||
d->prevWP != d->wpInput->value() || d->prevHP != d->hpInput->value())
{
slotValuesChanged();
}
disableSettings();
ImageIface iface;
QImage mask;
if (d->mixedRescaleInput->value() < 100.0) // mixed rescale
{
double stdRescaleP = (100.0 - d->mixedRescaleInput->value()) / 100.0;
int diff_w = (int)(stdRescaleP * (iface.originalSize().width() - d->wInput->value()));
int diff_h = (int)(stdRescaleP * (iface.originalSize().height() - d->hInput->value()));
DImg image = iface.original()->smoothScale(iface.originalSize().width() - diff_w,
iface.originalSize().height() - diff_h,
Qt::IgnoreAspectRatio);
if (d->weightMaskBox->isChecked())
{
mask = d->previewWidget->getMask().scaled(iface.originalSize().width() - diff_w,
iface.originalSize().height() - diff_h);
}
contentAwareResizeCore(&image, d->wInput->value(), d->hInput->value(), mask);
}
else
{
if (d->weightMaskBox->isChecked())
{
mask = d->previewWidget->getMask().scaled(iface.originalSize());
}
contentAwareResizeCore(iface.original(), d->wInput->value(), d->hInput->value(), mask);
}
}
void ShearTool::prepareFinal()
{
float hAngle = d->mainHAngleInput->value() + d->fineHAngleInput->value();
float vAngle = d->mainVAngleInput->value() + d->fineVAngleInput->value();
bool antialiasing = d->antialiasInput->isChecked();
QColor background = Qt::black;
ImageIface iface;
int orgW = iface.originalSize().width();
int orgH = iface.originalSize().height();
DImg* const orgImage = iface.original();
setFilter(new ShearFilter(orgImage, this, hAngle, vAngle, antialiasing, background, orgW, orgH));
}
void WhiteBalanceTool::slotAutoAdjustExposure()
{
kapp->activeWindow()->setCursor(Qt::WaitCursor);
ImageIface iface;
DImg* const img = iface.original();
WBContainer settings = d->settingsView->settings();
WBFilter::autoExposureAdjustement(img, settings.black, settings.expositionMain);
d->settingsView->setSettings(settings);
kapp->activeWindow()->unsetCursor();
slotTimer();
}
void BlurTool::prepareFinal()
{
ImageIface iface;
setFilter(new BlurFilter(iface.original(), this, d->radiusInput->value()));
}