This adds the keybindings, menu, and functionally for the edit mode transform operators to grease pencil v3.
The transform operation include:
* translate, rotate, scale, change opacity, change radius
Pull Request: https://projects.blender.org/blender/blender/pulls/111836
The repeat zone needs some special treatment during anonymous attribute
inferencing, because it propagates those attributes directly from the repeat
input to the repeat output node and vice versa.
Now the algorithm uses multiple passes if necessary to reach a stable
inferencing result.
Pull Request: https://projects.blender.org/blender/blender/pulls/113970
- Continue to reduce indentation
- Use more semantically correct processing for checking attribute
- Do cheap checks earlier
- Avoid redundant check when index mask is created anyway
It shouldn't be possible to retrieve a mutable interface item from
a const node tree. Unfortunately that means we have to duplicate
the accessor methods. Fortunately they are very small.
Avoid const for variables stored by value in structs/classes,
since that is redundant with the constness of the owner itself.
std::move a few strings that were missed before.
Instead of having two APIs (`find_layer_by_name` +
`find_layer_group_by_name`) replace them with a single API
`find_node_by_name`.
This returns a `TreeNode` but the caller can easily check if it's a
layer or a group.
winstuff.c got converted to .cc recently, and a merge was done of
#113674 from 4.0 which still was using C style code.
Small update in code style was required here.
Some of these devices are not capable of running >=4.0, due to issues
with Mesa's Compute Shaders and their D3D drivers.
This PR marks those GPUs as unsupported, and prints info to stdout.
A driver update will be available for 8cx Gen3 on the 17th October
from here:
https://www.qualcomm.com/products/mobile/snapdragon/pcs-and-tablets/snapdragon-8-series-mobile-compute-platforms/snapdragon-8cx-gen-3-compute-platform#Software
It will take longer via the standard MS Windows Update channels,
as there is certification, testing, etc required, but it is possible
to get the drivers, at least.
This issue applies even when using emulated x64.
If this does not get merged, all WoA devices will break with 4.0,
where older ones will just launch a grey screen and crash, and newer
ones will open, but scenes will not render correctly in Workbench.
These devices work by using Mesa's D3D12 Gallium driver ("GLOn12"),
which is why we have to read the DirectX driver version - the version
reported by OpenGL is the mesa version, which is independent of the
driver (which is the part with the bug).
Pull Request: https://projects.blender.org/blender/blender/pulls/113674
PR Introduces GPU_storagebuf_sync_to_host as an explicit routine to
flush GPU-resident storage buffer memory back to the host within the
GPU command stream.
The previous implmentation relied on implicit synchronization of
resources using OpenGL barriers which does not match the
paradigm of explicit APIs, where indiviaul resources may need
to be tracked.
This patch ensures GPU_storagebuf_read can be called without
stalling the GPU pipeline while work finishes executing. There are
two possible use cases:
1) If GPU_storagebuf_read is called AFTER an explicit call to
GPU_storagebuf_sync_to_host, the read will be synchronized.
If the dependent work is still executing on the GPU, the host
will stall until GPU work has completed and results are available.
2) If GPU_storagebuf_read is called WITHOUT an explicit call to
GPU_storagebuf_sync_to_host, the read will be asynchronous
and whatever memory is visible to the host at that time will be used.
(This is the same as assuming a sync event has already been signalled.)
This patch also addresses a gap in the Metal implementation where
there was missing read support for GPU-only storage buffers.
This routine now uses a staging buffer to copy results if no
host-visible buffer was available.
Reading from a GPU-only storage buffer will always stall
the host, as it is not possible to pre-flush results, as no
host-resident buffer is available.
Authored by Apple: Michael Parkin-White
Pull Request: https://projects.blender.org/blender/blender/pulls/113456
- Adds the missing new RNA definitions
- Split settings panel into surface and volume
- Expose displacement and volume nodetree panels
- Rename `Cull Backfaces` to `Backface Culling`
for consistency
- Rename `use_backface_culling_probe` to
`lightprobe_volume_single_sided` for accuracy
and avoiding confusion as it is not a real
backface culling.
- Rename `Screen Space Refraction` to
`Raytrace Refraction` for accuracy.
Motivation is to make it closer to cycles now
that EEVEE is compatible with more features.
Pull Request: https://projects.blender.org/blender/blender/pulls/113971
This PR adds the following changes:
A single root is always set as default. After talking to Wave and
Spiff, we settled on root being the best default. Users who don't
want a single root prim inserted, can choose to clear the field
The root prim no longer requires the user to prefix the field with /.
It will implicitly insert that for them.
On export, the root_prim hierarchy is now defined all as Xform
instead of just the final prim in the path. Each prim also has
custom metadata added to show that it was generated by Blender.
This follows convention in other DCCs as well.
On import, the code now finds the hierarchy of generated prims
using that metadata. It then skips importing them. This means that
you can roundtrip hierarchies even with an inserted root.
Co-authored-by: Dhruv Govil <dgovil2@apple.com>
Pull Request: https://projects.blender.org/blender/blender/pulls/113187
Design task: #93551
This PR replaces the auto smooth option with a geometry nodes modifier
that sets the sharp edge attribute. This solves a fair number of long-
standing problems related to auto smooth, simplifies the process of
normal computation, and allows Blender to automatically choose between
face, vertex, and face corner normals based on the sharp edge and face
attributes.
Versioning adds a geometry node group to objects with meshes that had
auto-smooth enabled. The modifier can be applied, which also improves
performance.
Auto smooth is now unnecessary to get a combination of sharp and smooth
edges. In general workflows are changed a bit. Separate procedural and
destructive workflows are available. Custom normals can be used
immediately without turning on the removed auto smooth option.
**Procedural**
The node group asset "Smooth by Angle" is the main way to set sharp
normals based on the edge angle. It can be accessed directly in the add
modifier menu. Of course the modifier can be reordered, muted, or
applied like any other, or changed internally like any geometry nodes
modifier.
**Destructive**
Often the sharp edges don't need to be dynamic. This can give better
performance since edge angles don't need to be recalculated. In edit
mode the two operators "Select Sharp Edges" and "Mark Sharp" can be
used. In other modes, the "Shade Smooth by Angle" controls the edge
sharpness directly.
### Breaking API Changes
- `use_auto_smooth` is removed. Face corner normals are now used
automatically if there are mixed smooth vs. not smooth tags. Meshes
now always use custom normals if they exist.
- In Cycles, the lack of the separate auto smooth state makes normals look
triangulated when all faces are shaded smooth.
- `auto_smooth_angle` is removed. Replaced by a modifier (or operator)
controlling the sharp edge attribute. This means the mesh itself
(without an object) doesn't know anything about automatically smoothing
by angle anymore.
- `create_normals_split`, `calc_normals_split`, and `free_normals_split`
are removed, and are replaced by the simpler `Mesh.corner_normals`
collection property. Since it gives access to the normals cache, it
is automatically updated when relevant data changes.
Addons are updated here: https://projects.blender.org/blender/blender-addons/pulls/104609
### Tests
- `geo_node_curves_test_deform_curves_on_surface` has slightly different
results because face corner normals are used instead of interpolated
vertex normals.
- `bf_wavefront_obj_tests` has different export results for one file
which mixed sharp and smooth faces without turning on auto smooth.
- `cycles_mesh_cpu` has one object which is completely flat shaded.
Previously every edge was split before rendering, now it looks triangulated.
Pull Request: https://projects.blender.org/blender/blender/pulls/108014
Caused by 425b871607.
The root issue was that these two states of the hash table were
mixed up in 425b871607: (1) the hash table exists and (2) the hash
table is empty.
The use of `std::optional` restores these two different states again.
The issue is probably deeper and affects more cases. The plane with an
edge loop in the center added was the case which shown the error.
Caused by a mistake in the refactor in 062169698a7a which left an array
size uninitialized before filling it in.
Pull Request: https://projects.blender.org/blender/blender/pulls/113972
- Add mandatory forward opaque prepass for any opaque region
- Rename the "Show Backface" pass as `MAT_PIPE_PREPASS_OVERLAP`
- Replace Blend mode by Surface Render Method
- Add do versioning for `surface_render_method`
- Rename the Prepass pipe enum for consistency as they share
the same depth shader
- Makes sure all object types subscribe to all passes
This does not change the UI yet.
Pull Request: https://projects.blender.org/blender/blender/pulls/113968
These are not `transform` operations, and use their own method to
detect snapping.
It is important to keep in sync when an enum varies.
In this case, `SCE_SNAP_INDIVIDUAL_PROJECT` was missing to check snap.
Caused by bd305c8d18
`snap_transform_data` adds an offset to each element being transformed.
However, this seems to only work for Move and Extend transformations.
Therefore, the solution is to make the NLA snapping system more generic.
Pull Request: https://projects.blender.org/blender/blender/pulls/113554
Note 0a0a29887d70 / 4c99043a85bb were supposed to fix this.
This was mostly working, but verts could still obtain wrong weights
(most notably "outside" the gradient range).
Code from above commits would correctly skip hidden verts in
`gradientVertUpdate__mapFunc`.
However, `gradientVertInit__mapFunc` (called prior) already does
`gradientVert_update` once [not entirely sure why it does this, but
wouldnt want to remove the call there due to unforseen behavioral
changes] and we dont early out there.
So now move the check for hidden verts from
`gradientVertUpdate__mapFunc` to `gradientVertInit__mapFunc` and early
out (also saves us from doing other unneccessary stuff there).
Pull Request: https://projects.blender.org/blender/blender/pulls/113825
Currently, we always prioritize the words in the last section of a search item
(the words that are highlighted). This generally works well, but the situation
is a bit different for link-drag-search, because there the last part is the socket
name, which is usually less descriptive than the node name.
This patch allows us to use different heuristics to select the prioritized section
per search.
Unfortunately, the link-drag-search is not fully consistent with itself. Sometimes
the last group is a socket name, but sometimes it's also the mode of a node
(`Math > Add`). Therefore, the patch currently simply prioritizes all words in the
same instead of prioritizing only the first part. This seems to work much better
than before even if not perfect in all cases yet.
Pull Request: https://projects.blender.org/blender/blender/pulls/113648
Calling `WM_report` & co API from wmJob worker thread is utterly unsafe,
and should never have been done. It 'worked' so far presumably because
worker threads were barely (if ever) reporting anything that way, but
now USD IO code is spamming reports in some cases, leading to fairly
common crashes.
Pull Request: https://projects.blender.org/blender/blender/pulls/113883
