// --------------------------------------------------------------------------------------------------------
void KSelectionHandler::cut ()
{
copy();
std::vector<KSelectable*>::iterator iter = selected_selectables.begin();
while (iter != selected_selectables.end())
{
(*iter)->setSelected(false);
iter++;
}
iter = selected_selectables.begin();
while (iter != selected_selectables.end())
{
if ((*iter)->isCutCopyPasteable())
{
KSelectable * removedItem = *iter;
iter = selected_selectables.erase(iter);
deletePickable(removedItem);
}
else
{
iter++;
}
}
selected_selectables.clear();
unpick();
}
bool PinchZoomGesture::processGestureImpl(GestureContext *gestureContext)
{
QList<Path *> activePaths = gestureContext->getActiveTouchPaths();
if(gestureContext->getNumActiveTouchPoints() != 2)
{
// Update all PostIt layouts since grow and shrink relies on animation call back to update layout.
QVectorIterator<BumpObject*> it(_selectedObjects);
while(it.hasNext())
{
StickyNoteActor * actor = dynamic_cast<StickyNoteActor *>(it.next());
if (actor)
actor->syncStickyNoteWithFileContents();
}
// The gesture is active as long as the one of the two initial fingers is still down
if (activePaths.count() == 1)
{
if (activePaths.contains(_gestureTouchPaths[0]) || activePaths.contains(_gestureTouchPaths[1]))
{
_recalculateInitials = true;
return true;
}
}
// Stop translation of objects by dragging
if (sel->getPickedActor())
sel->getPickedActor()->onDragEnd();
unpick();
return false;
}
float newDistance = getDistanceInObjectPlane(activePaths[0]->getLastTouchPoint(), activePaths[1]->getLastTouchPoint(), _objectPlane);
if (_recalculateInitials)
{
_recalculateInitials = false;
_cumulativeScaleFactor *= _lastScaleFactor;
_originalDistanceBetweenPoints = newDistance;
}
float scaleFactor = newDistance / _originalDistanceBetweenPoints;
_lastScaleFactor = scaleFactor;
scaleFactor *= _cumulativeScaleFactor;
QVectorIterator<BumpObject*> it(_selectedObjects);
while(it.hasNext())
{
BumpObject *obj = it.next();
obj->scaleFromReferenceDims(scaleFactor);
//don't reselect the objects within a pile
if(!sel->isInSelection(obj))
sel->add(obj);
}
// Add translation of object by simulating mouse events
// OnMouseMove sets the primary touch x,y which are used to calculate the force to move objects
winOS->OnMouseMove(_pathOfTranslationPoint->getLastTouchPoint().x, _pathOfTranslationPoint->getLastTouchPoint().y, MK_LBUTTON);
return true;
}
