This node takes a geometry set with instances as input and outputs
points located on the origins of the top level of instances in the
geometry set (not nested instances). It also has position and radius
inputs to allow overriding the default, and a selection input to only
generate points for some instances.
The use case for this node is a method to use geometry proximity on
instance origins, but in a more generic way that is flexible and useful
in other situations.
Differential Revision: https://developer.blender.org/D12893
Previously, when the start input was greater than the end input,
the spline was resized to a single point. That is correct, but the
single point wasn't placed properly along the spline. Now, it is
placed according to the "Start" value, as if the trim started, but
couldn't continue because the "End" value was smaller.
This behavior is handled with a separate code path to keep each
simpler and avoid special cases. Any cleanup to reduce duplication
should focus on making each code path shorter separately rather
than merging them.
Also included are some changes to `lookup_control_point_position`
to support cyclic splines, though this single-point method is still
disabled on cyclic splines for consistency.
Fixes several notable mistakes and missing information
regarding the API documentation (*.rst).
This will allow API stub generators like bpystubgen or
fake-bpy-module to produce more accurate result.
Differential Revision: https://developer.blender.org/D12639
Because `segment_is_vector` didn't handle the combined cyclic and
single control point case, it returned false, that the "segment" should
have the resolution evaluated point count. To avoid checking the size in
every call, add an assert for the size and check it elsewhere.
Adds a filter popup to the header that allows specifiying which data-block
types to show. The menu automatically reflects all supported ID types, so it
shows a checkbox for materials, worlds and actions currently by default, and
all ID types with the "Extended Asset Browser" experimental feature enabled.
The checkboxes integrate better with the surrounding layout and are not that
attention grabbing. To my knowledge the only reason not to use checkboxes was
so the icons could be displayed. But this does it just like the Outliner filter
settings: Show the icon before the checkbox.
Also widen the popover a bit to fit longer labels (didn't fit before this patch
even).
This was reported for FCurve modifiers, but was also true (in theory) for
other instanced panels (regular modifiers, spreadsheet filters, ...),
these would not show pinning for other reasons (no caterories).
So in the case of the Graph Editor the follwing happens:
`graph_buttons_register` only registers `GRAPH_PT_modifiers`, the panel
itself has no header (PANEL_TYPE_NO_HEADER), further panels for
individual modifiers are added dynamically in `graph_panel_modifiers`.
So when pinning a particular modifier, we would pin e.g. `GRAPH_PT_noise`
(not `GRAPH_PT_modifiers`).
ED_region_panels_layout_ex would only collect panels known to
`graph_buttons_register` (so is not aware of the specific panels of
modifiers). So while I think it should be possible to pin
`GRAPH_PT_modifiers` on top of an individual modifier's panel this would
result in all modifiers being shown in other categories [which would also
be weird]. Panel header layout was also not correct (drawing the pin
icon over the modifier delete icon).
So to resolve this, just dont use pinning for these type of panels.
part of T92293.
Maniphest Tasks: T92293
Differential Revision: https://developer.blender.org/D12965
Show assets that have an unknown catalog ID assigned in the "Unassigned"
catalog.
Another catalog named "Orphans" was considered as well, but that would
clash with the usual handling of Blender (discarding orphan data on
save) and thus that idea was discarded.
Manifest Task: T91949
Keep track of unsaved asset catalog changes, in a more granular way than
just one boolean per asset library. Individual catalogs can now be
marked with a flag `has_unsaved_changes`. This is taken into account
when reloading data from the catalog definition file (CDF):
- New catalog in CDF: gets loaded
- Already-known catalog in CDF:
- local unsaved changes: on-disk catalog is ignored
- otherwise: on-disk catalog replaces in-memory one
- Already-known catalog that does not exist in CDF:
- local unsaved changes: catalog is kept around
- otherwise: catalog is deleted.
Because this saving-is-also-loading behaviour, the "has unsaved changes"
flags are all stored in the undo buffer; undoing after saving will not
change the CDF, but at least it'll undo the loading from disk, and it'll
re-mark any changes as "not saved".
Reviewed By: Severin
Differential Revision: https://developer.blender.org/D12967
The epsilon was too optimistic. Snapping to hard-coded (0,-1,0) at
singularity should produce max delta 0.0005, but double it to be safe.
This only affects debug builds obviously.
These nodes just output a single value of their respective types,
making it possible to control multiple inputs with the same value.
Differential Revision: https://developer.blender.org/D12932
* Forbid editing linked palettes.
* Make `color` RNA property of ColorPalette '`LIB_EXCEPTION`', so that
the color buttons in the palette template remain active on linked data.
NOTE: This incidently makes linked palettes' colors editable from RNA,
not from UI though, so think this is OK for now.
This patch corrects the misalignment of some icons.
Some of them can't be centered because they would look blurry, but look better if shifted to the right instead of shifted to the left.
{F10864196 size=full} {F10864202 size=full}
{F10864216} {F10864228}
{F10864231 size=full} {F10864234 size=full}
{F10867008 size=full} {F10867015 size=full}
Reviewed By: #user_interface, pablovazquez
Differential Revision: https://developer.blender.org/D12789
Cython was already bundled with Blender's libraries in SVN (as dependency
of Numpy, see rB5bddfde217b1), but was never actually installed in the
CMake install step. As a result, `import cython` would fail. This is
now fixed.
Camera, lattice and speaker object types were missing there own proper
`USER_DUP_` flags, leading to not properly handling duplication of their
object data.
NOTE: We could probably simply opions here, by using categories (like
'GEOMETRY', 'SHADING', etc.) instead of exact object types. But this is
beyond bugfix scope.
* Additional structs added to the hipew loader for device props
* Adds hipRTC functions to the loader for future usage
* Enables CPU+GPU usage for HIP
* Cleanup to the adaptive kernel compilation process
* Fix for kernel compilation failures with HIP with latest master
Ref T92393, D12958
Actions of duplicated objects would not be properly made single user,
unlike obdata and materials.
Further more, there is no reason to manually handle such animdata
copying here, `BKE_id_copy_ex` can do that for us with the proper flags.
Now 'Make Single User' will also create local copy of linked data as
needed.
IMPORTANT: Unlike with local data, this always happen, even if linked
data has only one user. This avoids e.g. cases like two local objects
sharing a same linked mesh, then when calling 'Make Single User ->
Object and ObData' on both objects, yu expect both of your objects to
get localized meshes, not one of them keeping its linked, un-editable
mesh.
Mention required CUDA and OptiX compute capability and minimum driver
version. For HIP there is a placeholder until we know the supported
architectures.
Both material and world assets should be ready to use as non-experimental
feature. They were not enabled by default yet because the work from the
previous commit was needed first.
Objects should follow soon.
Maniphest Task: https://developer.blender.org/T91752
Updates UI code so that we can enable the asset UI for specific data-block
types by default, i.e. irrespective of the "Extended Asset Browser"
experimental feature.
"Mark as Asset" and "Clear Asset" are always visible in the Outliner context
menu now, but are grayed out if not applicable and show a disabled hint in the
tooltip.
A known side-effect of this: The "Mark as Asset" and "Clear Asset" operators
are enabled for action data-blocks now, even though only pose actions created
through the Pose Libraries add-on are supported. If this is something worth
addressing is being discussed still.
Differential Revision: https://developer.blender.org/D12955
Reviewed by: Sybren Stüvel
This triggered a compiler bug where it does not handle the sub.s16 PTX
instruction. Instead refactor the code so we don't need to do uint16_t
subtraction at all.
Also update OptiX device to remove the AO pass direct callable.
Thanks Patrick Mours for figuring this out.
