- Add support for dispatching input on the render thread (UI thread is the current default) when `input_buffering` and `accumulated_input` are disabled. At the expense of latency, this helps prevent 'heavy' applications / games from blocking the UI thread (the default behavior) which may cause the application to ANR.
- Remove GLSurfaceView logic causing the UI thread to wait on the GL thread during lifecycle events. The removed logic would cause the UI thread to ANR when the GL thread is blocked.
We've seen multiple users enable it by mistake and get utterly confused,
reporting as a bug that the interface text is garbled.
On the other hand we haven't really seen much use of the feature by editor
UI developers, so we can likely simply remove it.
If there's a need eventually, we can re-add it as a command line option
(which is also better than an editor setting as one would typically want
to toggle it during development).
A preview is now displayed in the options' text:
- Raw (e.g. "z_index")
- Capitalized (e.g. "Z Index")
- Localized (e.g. "Z Index")
- "Z Index" is localized in the user's language.
This preserves compatibility when upgrading Godot 4.2 projects which relied on that
path being configured in the editor settings.
The old name also makes sense for this one, it's fine for fbx2gltf_path to be under
a generic fbx category which could have more settings also impacting ufbx.
* Replaces `find(...) != -1` with `contains` for `String`
* Replaces `find(...) == -1` with `!contains` for `String`
* Replaces `find(...) != -1` with `has` for containers
* Replaces `find(...) == -1` with `!has` for containers
Mainly, this fixes auto UI scaling with _single-monitor_ fractional
setups (see the comment in `display_server_wayland.cpp` for more info).
This is the result of a bunch of current limitations, mainly the fact
that the UI scale is static (it's probed at startup) and the fact that
Wayland exposes fractional scales only at the window-level, by design.
The `screen_get_scale` special case should help in 99% of cases, while
the auto UI scale part will unfortunately only help with single-screen
situations, as multi-screen fractional scaling requires dynamic UI
scale changing.
This harmonizes the appearance of collision shapes and paths between
the editor and running project, in both 2D and 3D.
This means that in 3D, paths are now green and shapes are now cyan
instead of light blue.
This can be used to speed up iteration by starting the import process
earlier when saving files in the project folder. This also allows getting
visual feedback on changes without having to click the editor window,
which is useful with multi-monitor setups.
The downside is that this increases idle CPU usage and may steal CPU
time from other applications when importing resources, so this is
disabled by default.
