This was caused by the light culling system not
allocating enough tiles to cover the sphere lightprobe
render target.
Taking the max size between the lightprobe target and
the film fixes the issue.
Fixes#117444
Blender doesn't render the scene even though a Cryptomatte node exists.
That's because Blender only considers Render Layer nodes, but
Cryptomatte node can reference scenes as well. This patch fixes that by
putting Cryptomatte nodes into consideration.
Pull Request: https://projects.blender.org/blender/blender/pulls/123814
Changes to an extensions manifest weren't accounted for.
This was particularly a problem for "System" extensions which aren't
intended to be managed inside Blender however the problem existed for
any changes made outside of Blender.
Now enabled extensions are checked on startup to ensure:
- They are compatible with Blender.
- The Python wheels are synchronized.
Resolves#123645.
Details:
- Any extension incompatibilities prevent the add-on being enabled
with a message printing the reason for it being disabled.
- Incompatible add-ons are kept enabled in the preferences to avoid
loosing their own preferences and allow for an upgrade to restore
compatibility.
- To avoid slowing down Blender's startup:
- Checks are skipped when no extensions are enabled
(as is the case for `--factory-startup` & running tests).
- Compatibility data is cached so in common case,
the cache is loaded and all enabled extensions `stat` their
manifests to detect changes without having to parse them.
- The cache is re-generated if any extensions change or the
Blender/Python version changes.
- Compatibility data is updated:
- On startup (when needed).
- On an explicit "Refresh Local"
(mainly for developers who may edit the manifest).
- When refreshing extensions after install/uninstall etc.
since an incompatible extensions may become compatible
after an update.
- When reloading preferences.
- Additional info is shown when the `--debug-python` is enabled,
if there are ever issues with the extension compatibility cache
generation not working as expected.
- The behavior for Python wheels has changed so they are only setup
when the extension is enabled. This was done to simplify startup
checks and has the benefit that an installed but disabled extension
never runs code - as the ability to install wheels means it could
have been imported from other scripts. It also means users can disable
an extension to avoid wheel version conflicts.
This does add the complication however that enabling add-on which is
an extension must first ensure it's wheels are setup.
See `addon_utils.extensions_refresh(..)`.
See code-comments for further details.
This was caused by the denoiser of the slight out of focus
pass having too much influence at low CoC values.
Making the transition start at 0.5 fixes the issue.
Fixes#123822
This happened in scenes with high light count and
with some local light being culled.
The culled lights indices would still be processed
and load undefined data. This undefined data
might be interpreted as a sunlight and go into
the cascade setup loop with an undefined number
of levels.
This created loops of 1 billion iteration per thread
which triggered the TDR on windows.
The fix is to skip the culled light indices.
Fixes#123413Fixes#123190
This fixes a kernel crash on NVidia GP100.
This splits the tilemap finalize shader into another shader
and split the valid tile gather into its own loop.
Simplifying the shader seems to avoid the issue. But the
cause of the issue remains unknown.
Pull Request: https://projects.blender.org/blender/blender/pulls/123850
When preview is downscaled and transformation origin is not the center
of the image, this causes unexpected offset. This happened, because one
matrix combined image downscaling, so it fits into preview and user
defined scale. When origin was not center of the image, this results in
incorrect offset.
Solved by splitting 1 matrix in `sequencer_image_crop_transform_matrix`
into 2 matrices. First matrix just centers and scales image to expected
size. Second matrix performs rest of transform operations. This code is
bit easier to read as well.
Pull Request: https://projects.blender.org/blender/blender/pulls/123776
Delete operator was shared for strips and retiming keys, which was not
ideal. Operator logic relied on invoke function setting proper context
which was also hidden from users.
Split these operators and make dedicated operators for removing retiming
keys - `SEQUENCER_OT_retiming_key_delete`.
This operator returns `OPERATOR_CANCELLED | OPERATOR_PASS_THROUGH` if
executed in non-retiming context, or no key is selected.
Pull Request: https://projects.blender.org/blender/blender/pulls/123767
Caused by floating point error in `BLI_rctf_transform_pt_v()`
The error is not fixed, but intead of recalculating each strip offset
with this function, only offset for {0, 0} is calculated and added to
easch strip.
Pull Request: https://projects.blender.org/blender/blender/pulls/123825
The code which is responsible for applying data from coordinate grids to
displacement grids could be run as part of modifier evaluation, hence
using the safe version of accessing mesh data was returning a nullptr.
Pull Request: https://projects.blender.org/blender/blender/pulls/123907
The GPU compositor frees some of the cached resources when it gets
canceled during interactive editing, making the experience less smooth.
This is because when the compositor gets canceled mid-evaluation, some
of the operations won't get the chance to mark their used resources as
still in use.
To fix this, we skip the cache manager reset after canceling,
effectively only resetting when a full evaluation happens, giving all
operations the chance to keep their cached resources.
Pull Request: https://projects.blender.org/blender/blender/pulls/123886
Linked images that share the same name as an image in the file will fail
to load in the GPU compositor. That's because cached resources are keyed
using only their ID name, while they should also be keyed by the library
name.
Pull Request: https://projects.blender.org/blender/blender/pulls/123898
Exposed by 383a145a190c
The real culprit was in 6a3c3c77b3 though (where the original meshes
normals were tagged dirty instead of the result's).
So to resolve, now tag the result (not the original).
Pull Request: https://projects.blender.org/blender/blender/pulls/123893
This was the case when the slot index in the active object is greater
than the available slots of other selected objects.
Code was trying to avoid searching all materials by using
`BKE_object_material_get` to get an appropriate index (an addition to
D4441 added in 6b39dc7672eb). That function has the behavior of clamping
if a target index is greater than the available slots (for good
reasons), so we cant rely on the slot index being the same if
`BKE_object_material_get` finds a material. So in essence, this is not
what we want to use in this case.
Now use the much simpler `BKE_object_material_index_get` to get the
index [this might be less performant in certain scenarios, dont think
this is critical though and correctness should beat performance here]
Pull Request: https://projects.blender.org/blender/blender/pulls/123718
The BLT_I18N_MSGID_MULTI_CTXT() macro allows extracting a single
message into up to 16 different contexts. The regex to do that was
slightly wrong because it did not account for the macro potentially
ending with a ",".
The contexts for "New" were also sorted.
Pull Request: https://projects.blender.org/blender/blender/pulls/123793
It is possible that the file does not have Grease Pencil paint
yet, leading to a crash in the BKE_paint_init().
The simple fix is to swap the order of acquiring the paint
pointer and the code which ensures that this paint exists.
The issue was introduced with f06fd85d97 where the building of the keylist used was
restricted to the visible range of the dope sheet.
The optimization uses `BKE_fcurve_bezt_binarysearch_index` which can only work when
the FCurve is sorted. During transformations in the dope sheet this is not the case as the
sorting only happens when the transformation is applied.
The fix is to do a range check in the for loop instead of a binary search.
Testing the range comes with a performance impact though.
| Before optimization | broken with f06fd85d97 | this PR |
| - | - | - |
| 90ms | 6ms | 20ms |
An alternative solution would be to sort FCurves during transformations of the Dope Sheet.
This is done in the Graph Editor and with the recent speedups introduced there this could be
a viable option. However this is out of scope for this fix.
Pull Request: https://projects.blender.org/blender/blender/pulls/123824
The `Stick` drawing mode for armatures was overriding the colors,
meaning it ignored bone colors specified by the user and also didn't use
the correct color for selected vs active.
Pull Request: https://projects.blender.org/blender/blender/pulls/123544
Disambiguate
- "Thickness": use "Material" for EEVEE's thickness material setting.
- "Generated": use "Texture" for texture coordinates, "Image" for
image source, keep default context for animation keyframe types.
Translate
- Split "Online access required to (check for|install) updates..."
into 2x2 messages individually translatable.
- "Geometry" input in bake node.
- "New" for the Palette ID: extract it as part of the
BLT_I18N_MSGID_MULTI_CTXT for "New".
Some issues reported by Gabriel Gazzán and Satoshi Yamasaki.
Pull Request: https://projects.blender.org/blender/blender/pulls/123404
The versioning code was introduced in 4.1 release cycle when
we were planning to release EEVEE next in 4.1. This means that
the versioning was not applied to files created in 4.1 using
EEVEE-Legacy and loaded into 4.2.
Moving the code just before the EEVEE-Legacy removal make
the versioning work as expected. There is no side effect
inside the versioning code.
Fix#123500
When enabled, jittered shadows were jittering inside the
shading light radius that is clamped to a minimum for
numerical precision reasons.
This patch sets the shadow radius to 0 only if the original
light radius is also zero, and use the former to determine
wether or not to apply jittering.
Accumulating allocates previous colors (which are used in
`do_vpaint_brush_blur_XXX`).
The actual problem here was that the state of `brush_use_accumulate`
was not consistent across the lifetime of strokes.
Vertexpaint was doing the allocation in `vertex_paint_init_stroke`
(**before** `update_cache_invariants` where the mode gets changed to
`BRUSH_STROKE_SMOOTH` etc.), so here it still seemed we would use
accumulation, whereas later (after internally switching the tool/brush)
this was not the case anymore, leading to wrong behavior of
`do_vpaint_brush_blur_XXX`.
So now move the allocation to `init_session_data` (same as for
weightpaint) to make sure all codepaths have a consistent state of
`brush_use_accumulate`.
NOTE: this was made more obvious since 6de6d7267f3d added SHIFT-blurring
to the keymap
Pull Request: https://projects.blender.org/blender/blender/pulls/123778
This was the case when mulitple objects had changes in multi-object-
editmode.
Similar to f8b11528b2 & 3dd08beab308, this now ensures we have mesh data
in editmode.
Pull Request: https://projects.blender.org/blender/blender/pulls/123732
This happened because `BKE_object_get_evaluated_mesh` now only returns
the mesh if there are no pending depsgraph updates. However, given that the
ID was tagged for changes before the evaluated mesh was accessed, it looked
like there were missing updates when there were not.
Now the depsgraph tag is only set after the object has actually been modified.
The issue was caused by the ImBuf of the scene strip render sharing the float
buffer pixels with the ImBuf from the render result. If the render result is
ever gets freed (i.e., by a request to perform another render) it'll leave the
strip ImBuf pointing to a freed memory.
This was caused by the #109788.
The simple solution is to restore the code to the state prior to the ImBuf
refactor in the RenderRsult. A better solution would be to use implicit
sharing, similar to how it was done in the #108045.
Pull Request: https://projects.blender.org/blender/blender/pulls/123731
Provide a convenient way to access a writable directory for extensions.
This will typically be accessed via:
bpy.utils.extension_path_user(__package__, create=True)
This API is provided as some extensions on extensions.blender.org
are writing into the extensions own directory which is error prone:
- The extensions own directory is removed when upgrading.
- Users may not have write access to the extensions directory,
especially with "System" repositories which may be on shared network
drives for example.
These directories are only removed when:
- Uninstalling the extension.
- Removing the repository and its files.
When removing a repository & files a valid module name was assumed.
While this should always be the case, add an additional check so in
the unlikely event of memory/file corruption (especially `..`)
recursively removing files outside the repository is never allowed.
