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To follow the style guide.
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To follow the style guide.
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The prefix is already explicit.
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And move unneeded includes in frequently used headers
to source files.
Slightly reduces compilation time.
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The Embree logic did not match the GPU.
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This makes the diff for adding a new version of the attribute transfer
node slightly smaller.
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Move texture nodes to C++ and use new socket declaration
Brick, Checker, Image, Magic and Wave
Differential Revision: https://developer.blender.org/D12778
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This caused problems calling screenshot from menu-search
which included the status text in the screenshot.
Now the status text is shown in the global status bar
for any operators called from a screen context.
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- Use 2D cursor in the preview space using shortcuts
matching the UV editor and 3D view.
- Add Cursor tool, cursor transform.
- Support for cursor and bound-box pivot.
- Add pivot pie menu.
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The current background color and parent nodetrees is too distracting and noisy.
It drastically affect the readability of the nested node-trees.
Other techniques (better bread crumbs) can be used instead to indicate
to users that they are inside a node group.
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The background drawing was introduced in 4638e5f99a9ba as part of the
Python Nodes branch merge. This made its debut in Blender 2.67
(30/May/2021).
At the time the color used for the background was a light gray. Over the
years the color changed to the current dark green, aggravating the
problem further.
Before that, the (expanded) nodegroup already had the partially
transparent background, mingling with the other nodes. The Python Nodes
branch brought this concept with its changes, and would always draw up
to two levels up in the background (the parent nodetree, and its parent
nodetree).
To read the original inspiration for all the changes introduced then:
https://code.blender.org/2012/01/improving-node-group-interface-editing/
Differential Revision: https://developer.blender.org/D12780
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Change the rules for determining where to save a new catalog definition
file (CDF).
Old situation (T91681): if a `blender_assets.cats.txt` file already
exists in the same directory as the blend file, write to that. If not,
see if the blend file is contained in an asset library, and write to its
top-level CDF.
The new situation swaps the rules: first see if the blend file is
contained in an asset library, and if so write to its top-level CDF. If
not, write a CDF next to the blend file.
As before, any pre-existing CDF is not just bluntly overwritten, but
merged with the in-memory catalogs.
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Move `AssetCatalogTest::TearDown` close to the corresponding `SetUp`
function, so that it's easier to find.
No functional changes.
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sequencer_view_preview_poll returned true even when in the
"Sequence" view.
Now check the preview is visible, also check the region
is expected type so preview actions aren't possible for mixed
sequence/preview display.
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The menu to select the active Asset Library is now in the left bar (so called
"Source List", although I'd prefer "Navigation-Bar").
This has some benefits:
* All Asset Library navigation is in the left sidebar now, giving nice grouping
and a top-to-bottom & left-to-right flow of the layout. The header is focused
on view set-up now.
* Catalogs are stored inside the asset library. Makes sense to have them right
under that.
* Less content in the header allows for less wide Asset Browsers without
extensive scrolling.
* This location gives more space to add options or operators for Asset
Libraries.
Main downside I see is that the side-bar needs to be opened to change
libraries, which takes quite some space. In practice there shouldn't be need to
do this often though.
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Was causing extra overscan pixels, and was confusing multiple workers
check after fix T91994.
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The state template iteration had difficult time dealing with 0-sized
arrays, causing iteration for until integer overflows.
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This reworks how tree rows are constructed in the layout and how they
behave in return.
* To open or collapse a row, the triangle/chevron icon has to be clicked
now. The previous behavior of allowing to do it on the entire row, but
only if the item was active already, was just too unusual and felt
weird.
* Reduce margin between chevron icon and the row label.
* Indent child items without chevron some more, otherwise they feel like
a row on the same level as their parent, just without chevron.
* Fix renaming button taking entire row width. Respect indentation now.
* Fix double-clicking to rename toggling collapsed state on each click.
Some hacks/special-handling was needed so tree-rows always highlight
while the mouse is hovering them, even if the mouse is actually hovering
another button inside the row.
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The overscan change from D12599 lacked proper handling of window
when slicing buffer for multiple devices.
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Small fix reviewed on blender.chat by the Grease Pencil team.
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both inverse and keep mask modes being on
at the same time.
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Use `sseq->timeline_overlay.flag` instead of `sseq->flag`.
Caused oversight in 7cb65e45814d.
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No functional changes.
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Use `BLI_gset_ensure_p_ex()` instead of `BLI_gset_insert()` after
checking `BLI_gset_lookup()`.
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`SequencesMeta.new_movie()` API function caused meta strip to change
length. Similar issue has been fixed in transform code by checking
if `MetaStack` exists. `MetaStack` is not used when changing data in
python.
Provide `seqbase` to `SEQ_time_update_sequence()` so the function can
check if change happens inside of meta strip.
This patch also merges `seq_time_update_sequence_bounds()` into
`SEQ_time_update_sequence()`. This is because same issue applies for
both functions and it is confusing to have more time update
functions.re if this will lead anywhere.
Reviewed By: sergey
Differential Revision: https://developer.blender.org/D12763
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Move text into separate label.
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Previously the storage here was optimized to avoid indirections in BVH2
traversal. This helps improve performance a bit, but makes performance
and memory usage of Embree and OptiX BVHs a bit worse also. It also adds
code complexity in other parts of the code.
Now decouple triangle and curve primitive storage from BVH2.
* Reduced peak memory usage on all devices
* Bit better performance for OptiX and Embree
* Bit worse performance for CUDA
* Simplified code:
** Intersection.prim/object now matches ShaderData.prim/object
** No more offset manipulation for mesh displacement before a BVH is built
** Remove primitive packing code and flags for Embree and OptiX
** Curve segments are now stored in a KernelCurve struct
* Also happens to fix a bug in baking with incorrect prim/object
Fixes T91968, T91770, T91902
Differential Revision: https://developer.blender.org/D12766
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Was just comparing this item's and the parent item's names. But if an item has
no parents, only its own name has to match for the check to return true. Make
sure that the number of parents also matches.
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Just a matter of calling `BKE_lib_override_library_main_update` in
`library_link_end`.
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Mostly intended for debug code (asserts).
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MSVC does not support variable size array definition.
Use maximum possible stack, similar to the GPU case.
Not expected to have user-measurable difference.
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Now the icons to add or delete catalogs are only shown when mouse hovering a
catalog item in the tree. This is convenient for quick creation of catalogs,
and doesn't require activating a catalog to edit it first.
Determining if a tree item is hovered isn't trivial actually. The UI tree-view
code has to find the matching tree-row button in the previous layout to do so,
since the new layout isn't calculated yet.
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The UI code to ensure consistent button state over redraws was just comparing
the name of the item, ignoring the parent names. So with multiple items of the
same name, there might have been glitches (didn't see any myself though).
There's a leftover to-do though, we don't check yet if the matched buttons are
actually from the same tree. Added TODO comment.
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Feedback was that it's unclear sometimes how to add a new item and that some
people expect a button to add a new item next to the "All" item.
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This was patch D12460 from jlewallen and fixes T91339 and T90818.
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Make volume stack allocated conditionally, potentially based on the
actual nested level of objects in the scene.
Currently the nested level is estimated by number of volume objects.
This is a non-expensive check which is probably enough in practice
to get almost perfect memory usage and performance.
The conditional allocation is a bit tricky.
For the CPU we declare and define maximum possible volume stack,
because there are only that many integrator states on the CPU.
On the GPU we declare outer SoA to have all volume stack elements,
but only allocate actually needed ones. The actually used volume
stack size is passed as a pre-processor, which seems to be easiest
and fastest for the GPU state copy.
There seems to be no speed regression in the demo files on RTX6000.
Note that scenes with high nested level of volume will now be slower
but correct.
Differential Revision: https://developer.blender.org/D12759
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This ended up being a copy of:
`toolsettings->workspace_tool_type == SCE_WORKSPACE_TOOL_FALLBACK`
requiring boiler plate assignment in gizmos refresh callbacks.
Remove this struct member and check `toolsettings->workspace_tool_type`
directly, since so far there has been no advantage in gizmo-groups
being able to control this themselves.
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Resolve regression in c9d9bfa84ad5cb985e3feccffa702b2f3cc2adf8,
which added support for tools to be tagged as using a fallback too.
In these cases the "Active Tool" setting was ignored and the fallback
tool would be used (the spin tool would box select for example).
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Catalogs can now be renamed by double clicking them in the Asset
Browser. This is mostly done through the tree-view API, the asset
specific code is very little.
There is some polish left to be done here, e.g. the double click
currently also collapses/uncollapses and activates the clicked item. And
the rename button takes the full width of the row. But addressing these
is better done as part of some other behavioral changes that are planned
anyway.
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It's unclear why this code was added in the first place, but it seems
unnecessary, it can be restored if we find this breaks something.
The Embree docs mention that the same primitive may be hit multiple times, but
my understanding is that about e.g. curves where both the frontside and backside
may be hit. However those hits would be at different distances.
The context for this change is that we want to add an optimization where we
can immediately update throughput for transparent shadows instead of recording
intersections, and avoid duplicate would require extra work. However there is
an Embree example that does something similar without worrying about duplicate
hits either.
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Makes things look more appealing visually. Plus it's a way to visually
group the tree rows together, which can be important if there are more
widgets surrounding the tree.
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