- Drop STL copy in favor of old-school for loops.
- Be explicit about loads and stores to atomic value. (This also fixes an error in certain compiler toolchains.)
(cherry picked from commit 1cc485ba1f)
Use correct shadow sampling for omni and spot lights
Disable transmittance if shadows are disabled
Correct DirectionalLight transmittance bias to match shadow bias (its still pretty sensitive though)
(cherry picked from commit d61fae36f3)
Also remove the metallic option from directional lightmap as it is guaranteed to return negative numbers in many cases
(cherry picked from commit f4ccba7508)
Before this change, using FSR2 resulted in the following error when the
effect was destroyed:
ERROR: Attempted to free invalid ID: 662734928609453
at: _free_internal (servers/rendering/rendering_device.cpp:4957)
This happened because ACCUMULATE and ACCUMULATE_SHARPEN passes shared
the same shader_version object but had different pipeline IDs. When
version_free was called for ACCUMULATE pass, it destroyed pipelines
created from that version, including the pipeline for the
ACCUMULATE_SHARPEN pass.
Using a unique version could work around this problem, but it's easier
to rely on version_free destroying the created pipelines through the
dependency mechanism.
(cherry picked from commit 0024cface5)
Before this change, a skeleton that was not updated every frame would
result in a difference of 2+ between last_change and frame index every
frame, which would disable the buffer rotation and set motion vectors to
zero. This results in significant visual artifacts for FSR2 that are
especially prominent on the characters that move together with the view
such as the main character in third person mode.
This is a significant problem for high refresh rate displays: at 120 Hz,
we are effectively guaranteed to skip skeleton updates every other frame
with skeleton update happening during physics processing, and the lack
of physics interpolation for skeletons. This happens by default in TPS
demo when FSR2 is enabled.
In other places where motion vectors are disabled, such as multi-mesh
and mesh rendering (where previous transform is updated), the logic
effectively allows for a single-frame gap in updates, because it
compares the frame where the update happened (which is the current frame
if updates are consistent) with the current frame, so the latency of 0
means "update just happened", but both multi-mesh and mesh transform
updates permit a latency of 1 as well.
Here, however, last_change is updated *after* the frame processing has
concluded, so a zero-latency update has a distance of 1. Allowing a
distance of 2 (latency 1) reduces the severity of the problem and aligns
the logic with transform updates.
Note that the problem will still happen when refresh rate is noticeably
higher than physics rate times 2. For example, it still happens at 240
Hz. However, a longer latency allowance is inconsistent with other
transforms and could lead to issues, so ideally long term physical
interpolation of skeleton transforms would completely solve this.
(cherry picked from commit 92f2bc70dd)
Fixes#89119
Add dummy LightmapInstance and Lightmap resources for headless rendering
Prevents the RenderingServer from crashing when it accesses
lightmap_instance->base_data
On Windows this allows to avoid having to change the owner of the window
after it has been created, which in rare circumstances may cause the
window to bug out.
Pedro J. Estébanez
Adam Scott
Alexis Breust
Radiant
clayjohn
ComycSans
viksl
Sen
Arseny Kapoulkine
jsjtxietian
kleonc
kevinkuo52
Yahkub-R
Chaosus
bruvzg
Slashscreen
Jamie Pate
Rémi Verschelde
Bastiaan Olij
BlueCube3310
Alvin Wong
Feiyue Zhang
Mikael Hermansson