There were lot of places, where timeline frame was incorrectly
mapped to frame index.
For deleting transitions, internal function `seq_retiming_add_key`
was added. It can work in frame index domain directly. This is to avoid
adding more complexity, since key positions are stored and re-created
later. Going through index to frame and back to index would introduce
float precision errors.
Pull Request: https://projects.blender.org/blender/blender/pulls/129305
The issue was that when inserting a key, other keys weren't deselected
even though that feature was implemented with 6ef77a0d22
That only happened if no FCurve channel was selected in the channel list.
It turns out, that the intent of using the animfilter flags from
the editor was wrong. The animfilter code already checks the editor
flags based on the `bAnimContext` that is passed in.
In fact the drawing code itself has hardcoded flags.
So the fix is to use hardcoded flags as well.
Pull Request: https://projects.blender.org/blender/blender/pulls/129636
The primitive tool didn't write to the `fill_opacity` attribute meaning that primitives wouldn't
show up correctly when using fill materials with a strength < 1.
The fix does multiple things:
* Make sure to create and write to the `fill_opacity` attribute if necessary.
* Remove the `skipped_attribute_ids` function and build the set of attributes to skip
where the attributes are written to. This is more flexible.
Pull Request: https://projects.blender.org/blender/blender/pulls/129644
Snapping the 3D cursor to a grease pencil selection would include
locked layers in the computation of the centroid. This is inconsistent
with 4.2.
The fix makes sure that we skip over layers that are locked.
Pull Request: https://projects.blender.org/blender/blender/pulls/129639
Previously, we initialized the layers and groups to hide masks.
For layers this makes sense, because they don't have any masks
by default, but for groups it makes more sense to show masks
by default for all the layers inside.
Pull Request: https://projects.blender.org/blender/blender/pulls/129528
In lieu of fixing the root cause, this commit requires the object to be
in object mode to duplicate particle systems, which works around the
issue because the problem is with particle edit data. This is a pragmatic
choice to focus development efforts on replacing the particle system.
Introduced with 5fff95f519.
There were several issues:
* The indices into `edit_points_vflag` are incorrect. They need to be offset
by the start offset of the drawing.
* The code was writing to `edit_points_vflag` even if the layer is locked.
But the size of the `edit_points_vflag` buffer is not counting locked layers.
Pull Request: https://projects.blender.org/blender/blender/pulls/129625
Rotating an edge deletes the edge and creates a new edge
however these edges were being iterated over and had their indices
checked.
In practice this wasn't causing use-after-free errors because the
edges are part of a BLI_mempool, nevertheless using freed elements of a
memory-pool should be avoided.
FONT_OT_style_toggle returned `true` instead of the canceled flag
causing it to run as a modal operator which leak memory from it's
reports when called from Python.
Mistake in 437cb33a73.
Found while investigating #129504. Personally I don't notice
a change in behavior, but the original code, as convoluted as it
was/is, clearly tried to iterate over neighbors of neighbors rather
than iterating over neighbors twice.
Pull Request: https://projects.blender.org/blender/blender/pulls/129557
For cases where a small fraction of a PBVH node is processed,
missing skipping of vertices outside of the brush radius causes
a noticeable regression. Typically we tried to avoid this sort of
filtering because it should be redundant with lowering the BVH
node size and it interferes with some other code simplicity goals.
But adding factor filtering back is a very small change.
Prior to this commit, there was an attempt to remove extra data stored
at the Sculpt Undo `Node` level, specifically an extra position array
used when a deform modifier was in the stack.
The prior commit attempted to perform the undo step by calculating a
translation between the current positions and the previous unode
position and using that as the input to the deformation process.
However, this resulted in the undo not being completely applied to the
mesh and the data remaining in a weird state.
To fix this, this commit reintroduces some previously removed functions
and constructs to perform this restore step by swapping data if
necessary. We choose to not simply revert the change that applied this
as we want to eventually reinvestigate this path, but for the imminent
4.3 release, it makes more sense to restore previous behavior.
Pull Request: https://projects.blender.org/blender/blender/pulls/129496
The topology island cache needs to be freed when changing multires
levels so that it can be recalculated and be valid for a given level. To
fix this, this commit adds the `invalidate` call to the
`BKE_sculptsession_free_pbvh` method, which consolidates similar
lifecycle behavior.
Pull Request: https://projects.blender.org/blender/blender/pulls/129549
`select_handle` operator did return passthrough when retiming key was
selected. This was incorrect behavior. To prevent translating retiming
keys, retiming selection must be cleared as well.
Reported in #126273
Pull Request: https://projects.blender.org/blender/blender/pulls/129289
Prior to this commit, the brush action was determined on a step by step
basis by peeking at the `StrokeCache` `bstrength` property and
determining which brush to use based on if the value was negative or
not. The sign of this value, however, was not static across the
entirety of a brush stroke, as it is calculated from three separate
fields, one of which could vary over the course of a stroke when using a
tablet, the `pen_flip` property.
To fix this issue, this commit ensures the `pen_flip` field is only
updated at the beginning of the stroke and also adds a new boolean to
store the initial direction of the stroke to reduce further ambiguity
when comparing the sign of the brush strength.
Pull Request: https://projects.blender.org/blender/blender/pulls/129184
With the introduction of brush assets, there are now two reasons that
motivate turning this setting on by default.
* More paint brushes - Previously, there was a single paint brush in
Sculpt mode, this made the setting for general usage less needed when
compared to the 10 brushes that are now included in the essentials
pack
* Brush settings are lost on reload - Unless the changes to a brush are
saved to the asset as a default, the color for a brush is now no
longer persisted between Blender sessions. It makes little sense to
save a specific color for a specific brush on the asset level unless
it is needed for the brush functionality.
This commit ensures that the appropriate Scene flag is set for the
unified color and defines the default primary and secondary colors as
000000 and FFFFFF, respectively.
Pull Request: https://projects.blender.org/blender/blender/pulls/129127
Introduced by 5fff95f519.
The issue was that the `edit_points_vflag` buffer is of size `total_points_num`
which is based on the number of control points not evaluated positions.
The fix is to use `points_by_curve` instead of `points_by_curve_eval`
to get the right start and end indices.
Pull Request: https://projects.blender.org/blender/blender/pulls/129526
Sorting assets by catalog was introduced for the asset shelf in
471378c666. Intention was to keep related/similar assets closer
together. But the sorting was based on the catalog name only, so
the catalog order didn't make much sense, and closer related assets
would still end up being separated by less related ones.
Instead the full catalog path should be compared, so that the hierarchy
is reflected better, and for example sibling catalogs follow each other.
This way related assets are actually placed in close proximity, as
initially intended.
Pull Request: https://projects.blender.org/blender/blender/pulls/129469
When the modifier is disabled with level 0, the corner_vert array
wasn't properly created in the subdivided mesh. The simplest
solution is to just skip the subdiv processing for the unwrap when
the level is 0 and nothing would happen anyway.
Pull Request: https://projects.blender.org/blender/blender/pulls/129447
Unwrapping warned that a non 0/1 boolean value was being set.
Initialize all members of PVert since they would be accessed
when duplicating a PVert causing the uninitialized memory to be read.
This "update object for edit" call is incorrect because it retrieves the
evaluated state for the object that the undo itself invalidates. The
object/modifiers must reevaluate before we rebuild the deformation
matrix array (which is the operation causing the crash).
Pull Request: https://projects.blender.org/blender/blender/pulls/129474
The Cryptomatte node produces a bad output when the viewport is in
camera view. That's because compositing is limited to the camera region
in that case, but the node assumes the full viewport size. To fix this,
only consider the compositing region instead of the full viewport.
Introduced in 853269aeb0
Prior to this commit, the PBVH partitioning process did not work
correctly for multires meshes with materials. Specifically, it failed
upon mapping the partitioned faces into their corresponding corners.
The rough process here is as follows:
* Flatten out the array of face indices into an array of corner indices.
* Sum up each `GridsNode` `prim_indices` corner count into an array.
* Create an `OffsetIndices` from these sums
* Use the `OffsetIndices` to slice the array created at the beginning
to assign to each node.
However, this process requires that the main PBVH array of corner
indices has the same order as iterating over the nodes, which the
partitioning algorithm does not do.
To solve this, this commit iterates over the Node `prim_indices` `Span`s
in the same order that the nodes are stored when flatting out the
corner data, ensuring a correct mapping.
Pull Request: https://projects.blender.org/blender/blender/pulls/129392
The length checking wasn't accounting for null bytes within multi-byte
sequences and could step over the null bytes.
For BLI_strlen_utf8 this could result in an out of bounds read.
In practice most UTF8 data is validated so the extra checks
are mainly to prevent errors on invalid or corrupt UTF8 text.
