DropShadow requires actually sampling and blurring the source element, while RectangularGlow just creates a generic rectangle without caring about the source element. This greatly improves the speed of everything on the lockscreen, especially notifications (they aren't a laggy mess when you have a ton of them now)
a top panel can be just "half" opened showing only the top row of icons. don't duplicate the icons but dynamically fade in/out those making also possible to open the drawer completely by a single, longer swipe
Now that the virtual keyboard appears right over the panel, change the
close window button to a hide button. When the virtual keyboard is
hidden, now you get the big X to close.
- Only trigger the app drawer open/close animation if the flick goes over an eighth of the screen so that small flicks do not trigger it
- Adjust easing curve to be OutQuad so that fast flicks don't feel slow (have to slow to a stop, and then animation triggers)
- Increase animation duration to account for OutQuad curve
- Animate opacity of application icons as the app drawer comes in and out
This makes the behavior of the app drawer a bit more familiar and
slightly more similar to Android for now:
* The drawer always contains every application
* Applications are always alphabetically ordered
* The drawer opens completely, not staying stuck in "in between" states
* is possible to drag more copies of a single app on the homescreen/favorites
* possible to remove an icon from the homescreen or favorites
Two things have been prepared in there (but are material for 5.22 only,
so not finished)
* Things have been reordered such in a way that makes easy for most of
the qml files to become components to make easy for people to build
their own customized homescreen
* basic infrastructure is there to allow for multiple horizontal pages
scroll, though not implemented yet as needs changes to plasma-workspace
layouting code beforehand
This fixes crash when clicking "screenshot" button
in the top panel on postmarketOS. The reason for crash
is that default thread stack size in musl libc is limited,
and recursion in a function with a 4 Kb buffer consumes
it all.
