Script") action.triggered.connect(self.exportDocument) This is an example of a signal/slot connection [https://doc.qt.io/qt- 5/signalsandslots.html], which Qt applications like Krita use a lot. We’ll This is especially useful for images alongside text or images that get served over a slow internet connection. Spectral progression This enables progressive mode and uses advanced color maths to calculate tablet. Settings First off, the line produced by the Curve brush is made up of 2 sections: The connection line, which is the main line drawn by your mouse. The curve lines I think, which are the extra

Script") action.triggered.connect(self.exportDocument) This is an example of a signal/slot connection [https://doc.qt.io/qt- 5/signalsandslots.html], which Qt applications like Krita use a lot. We’ll This is especially useful for images alongside text or images that get served over a slow internet connection. Spectral progression This enables progressive mode and uses advanced color maths to calculate of a tablet. 설정 First off, the line produced by the Curve brush is made up of 2 sections: The connection line, which is the main line drawn by your mouse. The curve lines I think, which are the extra

This is especially useful for images alongside text or images that get served over a slow internet connection. Spectral progression This enables progressive mode and uses advanced color maths to calculate curve lines are formed, this value roughly determines the distance from the curve lines to the connection lines: This is a bit misleading, because a value of 0% and a value of 100% give similar outputs 0% and 100% correspond to the curve lines touching the connection lines exactly. Above 100%, the curve lines will go further than the connection lines, forming a fuzzy effect. Density The density of

) // in paintingMode cursor we just erase the enum type to be able // to make connection to QGroupBox , LAGER_QT(paintingMode) { optionData[&KisPaintingModeOptionData::paintingMode] threads, problems with image signals appeared. When everything was executed in a single thread the connection of signals like sigAboutToAddNode and sigNodeHasBeenAdded worked as Qt::DirectConnection. So these

ed) �� in paintingMode cursor we just erase the enum type to be able �� to make connection to QGroupBox , LAGER_QT(paintingMode) { optionData[&KisPaintingModeOptionData��paintingMode] threads, problems with image signals appeared. When everything was executed in a single thread the connection of signals like sigAboutToAddNode and sigNodeHasBeenAdded worked as Qt::DirectConnection. So these

// in paintingMode cursor we just erase the enum type to be able // to make connection to QGroupBox , LAGER_QT(paintingMode) { optionData[&KisPaintingModeOptionData::paintingMode] threads, problems with image signals appeared. When everything was executed in a single thread the connection of signals like sigAboutToAddNode and sigNodeHasBeenAdded worked as Qt::DirectConnection. So these

// in paintingMode cursor we just erase the enum type to be able // to make connection to QGroupBox , LAGER_QT(paintingMode) { optionData[&KisPaintingModeOptionData::paintingMode] threads, problems with image signals appeared. When everything was executed in a single thread the connection of signals like sigAboutToAddNode and sigNodeHasBeenAdded worked as Qt::DirectConnection. So these

threads, problems with image signals appeared. When everything was executed in a single thread the connection of signals like sigAboutToAddNode and sigNodeHasBeenAdded worked as Qt::DirectConnection. So these

threads, problems with image signals appeared. When everything was executed in a single thread the connection of signals like sigAboutToAddNode and sigNodeHasBeenAdded worked as Qt::DirectConnection. So these