def __activeControlMoved(self, pos):
# The active control point has moved, update the control
# rectangle
control = self.__activeControl
pos = control.pos()
rect = QRectF(self.__rect)
margins = self.__margins
# TODO: keyboard modifiers and constraints.
anchor = control.anchor()
if anchor & ControlPoint.Top:
rect.setTop(pos.y() + margins.top())
elif anchor & ControlPoint.Bottom:
rect.setBottom(pos.y() - margins.bottom())
if anchor & ControlPoint.Left:
rect.setLeft(pos.x() + margins.left())
elif anchor & ControlPoint.Right:
rect.setRight(pos.x() - margins.right())
changed = self.__rect != rect
self.blockSignals(True)
self.setRect(rect)
self.blockSignals(False)
if changed:
self.rectEdited.emit(rect.normalized())
def __activeControlMoved(self, pos):
# The active control point has moved, update the control
# rectangle
control = self.__activeControl
pos = control.pos()
rect = QRectF(self.__rect)
margins = self.__margins
# TODO: keyboard modifiers and constraints.
anchor = control.anchor()
if anchor & ControlPoint.Top:
rect.setTop(pos.y() + margins.top())
elif anchor & ControlPoint.Bottom:
rect.setBottom(pos.y() - margins.bottom())
if anchor & ControlPoint.Left:
rect.setLeft(pos.x() + margins.left())
elif anchor & ControlPoint.Right:
rect.setRight(pos.x() - margins.right())
changed = self.__rect != rect
self.blockSignals(True)
self.setRect(rect)
self.blockSignals(False)
if changed:
self.rectEdited.emit(rect.normalized())
def extend_horizontal(rect):
# type: (QRectF) -> QRectF
rect = QRectF(rect)
rect.setLeft(geom.left())
rect.setRight(geom.right())
return rect
def extend_horizontal(rect):
rect = QRectF(rect)
rect.setLeft(geom.left())
rect.setRight(geom.right())
return rect
