We shall not leave the viewport transform to be rounded by the code for
rounding canvas items. Since the viewport transform is inverse to the
camera transform, we get incorrect rounding at the halfway point that
misaligns the viewport and the canvas item which the camera is
following.
Instead, reintroduce viewport rounding, but do it in a way that matches
the rounding of canvas items. Also take into account the half-pixel
offset of the centre point when viewport dimension is not divisible by
two. For `CanvasLayer`s that follows viewport, take into account the
scale when rounding. Overall this should work better compared to the
rounding in Godot 4.2 (and earlier).
Random-access access to `List` when iterating is `O(n^2)` (`O(n)` when
accessing a single element)
* Removed subscript operator, in favor of a more explicit `get`
* Added conversion from `Iterator` to `ConstIterator`
* Remade existing operations into other solutions when applicable
Adds fixed timestep interpolation to the rendering server (2D only).
Switchable on and off with a project setting (default is off).
Co-authored-by: lawnjelly <lawnjelly@gmail.com>
The current usage.
In viewport_find_from_screen_attachment
- Allocates a list of pointers, eg sizeof(RID*) * ridcount.
We need fill that buffer
viewport_owner.fill_owned_buffer(rids);
...
p_rid_buffer[idx] = _make_from_id((validator << 32) | i);
_make_from_id returns an RID object, not a pointer.
Since there isn't a copy constructor, a bitwise copy of the object occurs.
This issue will only present itself under 32bit builds.
sizeof(RID) : 8
sizeof(RID*) : 4
whereas 64bit builds they are both 8.
This fixes a bugs where per-viewport samplers were being used for internal texture fetches (probes, sky, etc.).
This also fixes a bug when using multiple viewports in the same scene.
This also fixes a bug where the texture bias would override the bias from 3D scale.
Introduces support for FSR2 as a new upscaler option available from the project settings. Also introduces an specific render list for surfaces that require motion and the ability to derive motion vectors from depth buffer and camera motion.
