rBc473b2ce8bdbf8fa42 improved the situation somewhat, but
attribute search still crashes during animation playback, because
the UI search data references stale memory. The proper solution
is to allow the search to own data rather than just referencing it,
but I would prefer not to do that for 3.0. In the meantime, just
disable attribute search when animation is playing.
Differential Revision: https://developer.blender.org/D13179
This is due to a driver bug, so disable it for now until it gets resolved
in a future driver release.
Ref T92972
Differential Revision: https://developer.blender.org/D13167
It's unclear why this fails. Maybe the size of half4 is not the expected
8 bytes and adjacent pixels are overwritten. Or there is some bug in the
HIP compiler writing a struct into global memory, which we probably don't
do elsewhere in the kernel.
Thanks to Thomas, William and Jeroen for helping investigate this.
This commit adds modifier error messages to some of the cases
where the node group is configured improperly. It also clears the
geometry set when there is an error with the node group. This is
consistent to what we do in nodes themselves, and feels more
intuitive than passing the input geometry through the node group
silently.
Fixes T87142
This function was renamed in rB2bb9a465e6c0e1ca765, but it looks like
that commit missed changing the corresponding translation regular
expression.
Differential Revision: https://developer.blender.org/D13171
rB3a4c8f406a3a3bf0627477c6183a594fa707a6e2 changed the macros that create the film
convert kernel entry points, but in the process accidentally changed the parameter definition
to one of those (which caused CUDA launch and misaligned address errors) and changed the
implementation as well. This restores the correct implementation from before.
In addition, the `ccl_gpu_kernel_threads` macro did not work as intended and caused the
generated launch bounds to end up with an incorrect input for the second parameter (it was
set to "thread_num_registers", rather than the result of the block number calculation). I'm
not entirely sure why, as the macro definition looked sound to me. Decided to simply go with
two separate macros instead, to simplify and solve this.
Also changed how state is captured with the `ccl_gpu_kernel_lambda` macro slightly, to avoid
a compiler warning (expression has no effect) that otherwise occurred.
Maniphest Tasks: T92985
Differential Revision: https://developer.blender.org/D13175
When clearing geometry the runtime mutexes of a mesh were freed. This
resulted in crashes afterwards. The clear geometry is an RNA function so
would only effect when using from scripts.
This patch separates init/freeing of the mutexes from other code so they
can be used when needed.
Reviewed By: mont29
Maniphest Tasks: T91518
Differential Revision: https://developer.blender.org/D13142
The issue was that the `object_is_geometry` method was used in two different
contexts that expected the function to behave differently. So a recent change
that fixed `object_is_geometry` for one context, broke it for the other context.
The two contexts are:
* Check if a "real" object can contain a geometry to check if it has to be tagged
for sync after an update.
* Check if an object/instance actually is a geometry that cycles can work with.
I created a new `object_can_have_geometry` method for the first use case, instead
of trying to adapt the existing object_is_geometry method to serve both uses.
Additionally, I changed it so that a BObjectInfo is passed into `object_is_geometry`
to make it more explicit when this method is supposed to be used.
Differential Revision: https://developer.blender.org/D13135
First this was wrong for files written in 2.93 read into blender in 3.0
after the CyclesX merge.
Then this was fixed by versioning in rB6321dd3d4007.
But this caused files written in 3.0 to have this versioning applied as
well (leading to socket shifting).
Now only do the versioning for files created before the CyclesX
merge.
Maniphest Tasks: T92979
Differential Revision: https://developer.blender.org/D13173
Storing and restoring custom normals was broken by
39b2a7bb7e815e051348bf5c5ec777d091324164
This also caused "Sharp Edge" option for Weld by Distance to fail,
reported as T92875.
This patch adapts the shared kernel entrypoints so that they can be compiled as MSL (Metal Shading Language). Where possible, the adaptations avoid changes in common code.
In MSL, kernel function inputs are explicitly bound to resources. In the case of argument buffers, we declare a struct containing the kernel arguments, accessible via device pointer. This differs from CUDA and HIP where kernel function arguments are declared as traditional C-style function parameters. This patch adapts the entrypoints declared in kernel.h so that they can be translated via a new `ccl_gpu_kernel_signature` macro into the required parameter struct + kernel entrypoint pairing for MSL.
MSL buffer attribution must be applied to function parameters or non-static class data members. To allow universal access to the integrator state, kernel data, and texture fetch adapters, we wrap all of the shared kernel code in a `MetalKernelContext` class. This is achieved by bracketing the appropriate kernel headers with "context_begin.h" and "context_end.h" on Metal. When calling deeper into the kernel code, we must reference the context class (e.g. `context.integrator_init_from_camera`). This extra prefixing is performed by a set of defines in "context_end.h". These will require explicit maintenance if entrypoints change. We invite discussion on more maintainable ways to enforce correctness.
Lambda expressions are not supported on MSL, so a new `ccl_gpu_kernel_lambda` macro generates an inline function object and optionally capturing any required state. This yields the same behaviour. This approach is applied to all parallel_... implementations which are templated by operation. The lambda expressions in the film_convert... kernels don't adapt cleanly to use function objects. However, these entrypoints can be macro-generated more concisely to avoid lambda expressions entirely, instead relying on constant folding to handle the pixel/channel conversions.
A separate implementation of `gpu_parallel_active_index_array` is provided for Metal to workaround some subtle differences in SIMD width, and also to encapsulate some required thread parameters which must be declared as explicit entrypoint function parameters.
Ref T92212
Reviewed By: brecht
Maniphest Tasks: T92212
Differential Revision: https://developer.blender.org/D13109
rBaa13c4b386b13111 added a check for the active object
in drawing code, but it missed adding a check for the active
base before trying to retrieve its object.
The test script did not work on windows
since it had some trouble importing the
api module on the blender side of things.
turning the file path to the module into
a raw string literal sidesteps the
backslash issue in the path.
Differential Revision: https://developer.blender.org/D13163
Reviewed by: brecht
Currently we have a fixed instance recursion limit. While we want to lift this
limitation at some point, that is out of scope for a bug fix. For now just print
a warning to make it easier to detect the issue.
Differential Revision: https://developer.blender.org/D13162
Because the menus list several gizmo visibility settings it makes grammatical sense that the panel name is plural.
This also matches the "Overlays" menu.
With instancing becoming more common with geometry nodes,
instances are less of a separate thing and more of an essential part
of evaluated data. Displaying them with a separate outline, while
helpful in some cases, is not worth the lack of visibility or confusion
about selected/active status. Information about the performance
of the scene due to instancing is always available with the statistics
like vertex count, etc.
The problems were compounded by the fact that the instancing
system is used to output geometry components that don't correspond
to the object's original type. So this patch also fixes that problem.
Fixes T92079, T81010
Ref T91310
Differential Revision: https://developer.blender.org/D13133
I noticed while rigging a character and editing actions that the Unlink Action operator had no undo step. Doesn't feel intentional, so this patch adds the necessary flags.
Reviewed By: mont29
Differential Revision: https://developer.blender.org/D12346
Decorators were only added for the first item of an array.
Decorators for all items of an array are added:
- if the layout is flagged `UI_ITEM_PROP_DECORATE` automatically in
`uiItemFullR` or
- calling `uiItemDecoratorR` (but only in certain situations, see below)
When calling `uiItemDecoratorR` with an index of 0, the following
happens:
- the index is passed to `uiItemDecoratorR_prop`
- that checks with `ui_item_rna_is_expand` if decorators should be added
to all items of an array
- the check fails (because it only permits RNA_NO_INDEX -- which is -1)
So two things we can do:
- remain using `uiItemDecoratorR` (that would require to pass an index
of RNA_NO_INDEX -- a bad level include -- or -1
- just use `uiLayoutSetPropDecorate` to flag the row properly
This patch does later.
Differential Revision: https://developer.blender.org/D13159
Currently the Distribute Points on Faces node does not propagate
non-point attributes correctly. That is because it first interpolates the
attributes to the point domain on the input mesh, and then propagates them.
Differential Revision: https://developer.blender.org/D13148
Since the recent change to context paths to use the arrow icon instead of the triangle (D13106),
the `SMALL_TRI_RIGHT_VEC`is no longer used. This patch removes the icon and all references.
- Replace `SMALL_TRI_RIGHT_VEC` with `RIGHTARROW` in Freestyle UI
- Remove references to `SMALL_TRI_RIGHT_VEC` and `ICON_SMALL_TRI_RIGHT_VEC`.
Fix for built-in add-ons has been done in rBAcc2f71bfe9b0/rBAa84028f8a89a.
This will be added to the list of breaking changes [[ https://wiki.blender.org/wiki/Reference/Release_Notes/3.0/Python_API#Breaking_Changes | in the Wiki ]].
Reviewed By: Severin
Differential Revision: https://developer.blender.org/D13130
