| Age | Commit message (Collapse) | Author |
|---|
|
|
|
|
|
rB6edc9438a461 introduced code from a recent refactor (rB3772dda4ab1b),
which isn't part of 3.2, so undo that part.
|
|
In perspective mode the snap point direction needs to be taken into
account to define which side of the face is being looked at.
If there is no face under the mouse cursor, there is no direction
adjustment and the element normal will be used.
|
|
Winding order of grid quads was backwards.
|
|
Flags in the smooth shading case were not properly set.
|
|
Handling of 16-bits compression was missing, which gave values that were
way off.
|
|
Addendum to previous fix, which was for point selection, this fixes the
face selection mode. The issue is caused by wrong flags used for paint
mode (the edit mode flag was always used). Also add back flag which was
accidentally removed in 16f5d51109bce849dff5379c60360f271622ac0f.
|
|
The normals flags were not setup properly which made normals for all
elements (vertices, faces) to be drawn when using the normals overlay.
Also remove usage of uints for the flag in the APIs.
|
|
The preview data was not available in this context and need to be checked to avoid the warning.
|
|
Before [0] mouse-motion events left the 'event.value' un-changed,
so a mouse-move would be set to PRESS/RELEASE based on previous events.
Support accessing the previous event value directly
to address feedback from T99102.
Note that the previous cursor location is already exposed.
[0]: 52af3b20d45ea525a0ce66b2613ac132c9032a3f
|
|
Some OBJ files out there (see T98782) have face definitions that
contain vertex normal indices, but the files themselves don't
contain any vertex normals. The code was doing a "hey, that's an
invalid index" and skipping these faces. But the old python importer
was silently ignoring these normal indices, so do the same here.
Reviewed By: Howard Trickey
Differential Revision: https://developer.blender.org/D15177
|
|
Solution by Jacques Lucke
|
|
All of the operators in vertex paint mode didn't work properly with
the new color attribute system. They only worked on byte color type
attributes on the face corner domain.
Since there are four possible combinations of domains and types now,
it mostly ended up being simpler to convert the code to C++ and use
the geometry component API for retrieving attributes, interpolating
between domains, etc. The code changes ended up being fairly large,
but the result should be simpler now.
Differential Revision: https://developer.blender.org/D15261
|
|
|
|
An alternative to the solution in cebc5531e944 that avoids
using the CustomData_free_layer_named function that wasn't
added to 3.2 yet.
|
|
It was looking up the last modifier in the stack, ignoring visibility, instead
of mesh->runtime.subsurf_runtime_data set by the modifier evaluation and used by
the drawing code.
|
|
One case of copying image formats was not properly using BKE_image_format_copy.
To fix this for existing .blend file we need to do versioning, ensuring the curve
mapping is properly copied.
|
|
Commit 277fa2f441f4 added channels region to unintended editors if sequencer was
used in area. This caused issues with some editors having 2 tool regions and
non functioning side panel.
Reviewed By: campbellbarton
Differential Revision: https://developer.blender.org/D15253
|
|
Crash caused by NULL dereference, when `Editing` is not initialized.
Check if data is initialized in poll function.
|
|
When input file is changed, `orig_height` and `orig_width` fields are
reset, which causes thumbnail dimensions to be incorrectly calculated.
Only draw thumbnails if both mentioned fields are non 0.
|
|
Fix by always testing unhandled double-click events as press events,
irrespective of the previous event type.
**Details**
Handling double-click events only ran when the previously pressed-key
matched the current pressed-key.
Originally when double-click support was added the previous type was
compared (ignoring it's press/release value) and while not necessary
it was harmless as it matched the check for double-click events being
generated.
As of [0] the logic for click/drag detection changed to ignore release
events as release this could interrupt dragging.
This made it possible to generate double-click events that failed the
`event->prev_press_type == event->type` comparison.
In these cases it was possible to generate double-click
events that would not fall-back to a 'press' value when unhandled.
[0]: 102644cb8cbb8b21e55643cebe2ed364885023a6
|
|
Checks if voxel amount or -size is <= 0 and if so, returns early.
Differential Revision: https://developer.blender.org/D15241
|
|
When GPU subdivision is used, and the modifier is not set to be applied
on the cage, UV selection is not synced with the face selection in the
viewport.
This happens because the extraction, despite being in edit mode, is set
to `MESH` instead of `BMESH` (or `MAPPED` in some cases) like for CPU
subdivision, and since the mesh is not always synchrnised with the BMesh
the edit mode flags are not always updated.
With GPU subdivision, when creating the `MeshRenderData`, the condition
`has_mdata && do_final && editmesh_eval_final != editmesh_eval_cage` is
true which forces the `MESH` extraction. Following comment in D14485,
this replace the `has_mdata` in the condition with `use_mapped` which
solves the issue.
Differential Revision: https://developer.blender.org/D15248
|
|
The old Python OBJ importer had a (somewhat confusingly named) "Keep
Vertex Order -> Poly Groups" option, that imported OBJ groups as
"vertex groups" on the resulting mesh. All vertices of any face were
assigned the vertex group, with a 1.0 weight.
The new C++ importer did not have this option. It was trying to do
something with vertex groups, but failing to actually achieve
anything :) -- the vertex groups were created on the wrong object
(later on overwritten by "nomain mesh to main mesh" operation);
vertex weights were set to 1.0/vertex_count, and each vertex was only
set to be in one group, even when it belongs to multiple faces from
different groups. End result was that to the user, vertex groups were
not visible/present at all (see T98874).
This patch adds the import option (named "Vertex Groups"), which is
off by default, and fixes the import code logic to actually do the
right thing. Tested on file from T98874; vertex groups are imported
just like with the Python importer.
Reviewed By: Howard Trickey
Differential Revision: https://developer.blender.org/D15200
|
|
Eevee rendered an empty image for aov nodes that weren't linked to
any other nodes. When connected the result was OK. The root cause was
that the AOV nodes were not marked as output node and pruned when not
connected to any other nodes. The pruning process is there to reduce
the complexity of the GLSL and improve compilation time and
execution time.
|
|
This had to be added to the previous commit.
|
|
Regression introduced by {rBca37654b6327}. This commit reversed the
order of loading uniforms. The bloom renderpass used the previous
loading order to overwrite an existing uniform (bloomBaseAdd).
Due to the new ordering this doesn't work anymore where the render
pass outputted an image similar to the final image. This was fixed
by loading the correct value for bloomAddBase and remove the rewrite.
|
|
To match the existing Python .obj importer, and to make it easier for
the user to determine which object is which, use the filename for the
default object name instead of "New object".
Differential Revision: https://developer.blender.org/D15133
|
|
This was an oversight. I checked that no other node had the same regression.
|
|
Since the occlusion input is going to be removed in EEVEE-Next, I just
added a temporary workaround. The occlusion is passed as SSS radius
as the Specular BSDF does not use it.
The final result matches 3.1 release
|
|
Issue is caused by an off by one error which would map some edge loops to
the loops of some the next polygon in the list of polygon, which may not
be a topological neighbor.
|
|
On MacOS Eevee cyptomatte shaders fails as it doesn't ignore the `attrib_load`
parameter. I validated that removind the parameter works on Linux/AMD and MacOS
Intel. It could be that there are other platforms that require the dummy parameter.
If this should use a forward declaration and implement an emoty function in the
cryptomatte vertex shader.
|
|
It's perfectly legal for `nmd->settings.properties` to be null if
there are no properties.
|
|
The call to `get_component_for_write` would sometimes copy the mesh
even when the mesh is replaced with itself. The `replace_mesh` method
handles that case already, so just use that instead.
|
|
Intel iGPU (HD4000) supports OpenGL 4.4 but doesn't support conservative
depth. (GL_ARB_conservative_depth). This change will only check for the
availability of the extension.
|
|
There were two problems here:
1) Console warnings due to brush was None.
2) It was impossible to recreate a brush.
This patch fixes both issues and it is now possible to recreate any brush.
Differential Revision: https://developer.blender.org/D15213
Reviewed by: @dflelinto
|
|
If the brush is deleted, the panel must not be filled.
To recreate the missing Brush is necessary to use `Reset All`
This fix part of T98904
|
|
NURBS curves can be invalid when the order is less than the number
of points, or in a few other situations. Currently the evaluated data of
an invalid NURBS curve is empty. This is inconvenient because it
requires checking for empty curves when it otherwise wouldn't be
necessary. This patch replaces that fallback with copying the original
data to the evaluated points. This makes conceptual sense too, as if
the curve couldn't be evaluated-- which wouldn't necessarily delete it.
Usually the UI protects against this happening, but it's currently
possible to create an invalid curve with some operations like the
delete geometry node.
Differential Revision: https://developer.blender.org/D14837
|
|
|
|
This fixes a mistake in 60bf561d379a, which did not account for offset
frames by the time offset modifier.
|
|
invisible layers
Whats happening is that the modifier keeps adding new frames to the evaluated object resulting in an exponential increase. This is because when preparing the data for the modifiers we only copy visible strokes to the eval object. But the modifiers do not consider visibility and will generate the mirrored strokes even for layers that are hidden. Because those layers have not been copied (only their structure) we run into this issue.
The solution is always copy the active frame of all layers (even if the layer is hidden).
|
|
The new OBJ importer is producing "sharp" edges on some meshes that
should be completely smooth. Only observed on UV-Sphere type meshes
so far (see T97820).
I'm not 100% sure what is the root cause, but my theory was that
maybe due to limited number of float digits that are printed for
vertex normals in the file, the normals that are read in are not
always exactly 1.0 length. And then the Blender's "set custom loop
normals" function (which expects normalized inputs) wrongly marks
some edges as sharp.
Adding explicit normalization for the normals that are read from the
file fixes the wrongly-sharp edges in test cases from T97820. I
have not observed measurable performance impact in importing large
models (e.g. 6-level subdivided Monkey) that contain vertex normals.
Reviewed By: Howard Trickey
Differential Revision: https://developer.blender.org/D15202
|
|
The importer was not doing a notification that the scene has changed, so
the bottom status bar scene stats info was not updated right after the
new OBJ import.
Reviewed By: Julian Eisel
Differential Revision: https://developer.blender.org/D15015
|
|
Re-organize de-selection so that there is less conflict between tracking
and masking operators.
Still not fully ideal: the LMB selection does not de-select everything
now since the `mask.select` with `deselect_all` is only added to the
keymap when the RMB is the select mouse. While this is sub-optimal, this
seems to be how mask selection behaved in the Image Editor in 3.1.
Not sure it worth looking into a more complete fix, as it will likely be
too big to be safe for a corrective release.
Differential Revision: https://developer.blender.org/D15183
|
|
The comparison between dot products of each point of the poly were
not taking into consideration negative values. FLT_MIN was used rather
than -FLT_MAX due to a misunderstanding of the FLT_MIN definition.
Maniphest Tasks: T98718
Differential Revision: https://developer.blender.org/D15161
|
|
When searching for the active NLA strip, avoid overwriting the found strip
pointer with NULL if it was already found in a previous iteration.
The active strip is searched for while looping over the NLA tracks. If the
active strip was found on a previous track, and not on the current track,
this would effectively set `actstrip = NULL`. This is now avoided.
Another benefit is that the search for the active strip is stopped as soon
as it's found, which should increase performance a tiny bit.
|
|
The `update_active_strip_from_listbase()` function took meta-strips in
the "source" list into account, but didn't recurse into the
corresponding meta-strip of the "destination" list. This is now fixed.
`update_active_strip_from_listbase()` needed a few changes to resolve
the issue:
- It was renamed to `find_active_strip_from_listbase()` to limit its
reponsibility to just finding the active strip. It now leaves the
assignment to the caller. This reduces the number of parameters by 1
and makes recursion simpler.
- The destination strips are now, like the source strips, passed as
`ListBase`, so that both source & dest can be recursed simultaneously.
|
|
This issue was only exposed by ba49345705a3. The ID pointer of the
material's parent tree-element wasn't actually pointing to an ID, but to
the list-base containing the IDs. It was just unlikely to cause issues
in practice, although an assert was thrown.
Just don't do anything if the object or object-data to unlink the
material from could not be found. The following commit will introduce a
error message about this.
|
|
Instancing with geometry nodes uses just the evaluated Mesh, and ignores the
Object that it came from. That meant that it would try to look up the subsurf
modifier on the instancer object which does not have the subsurf modifier.
Instead of storing a session UUID and looking up the modifier data, store a
point to the subsurf modifier runtime data. Unlike the modifier data, this
runtime data is preserved across depsgraph CoW. It must be for the subdiv
descriptor contained in it to stay valid along with the draw cache.
As a bonus, this moves various Mesh_Runtime variables into the subsurf runtime
data, reducing memory usage for meshes not using subdivision surfaces.
Also fixes T98693, issues with subdivision level >= 8 due to integer overflow.
Differential Revision: https://developer.blender.org/D15184
|
