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Makes the current test cases pass on NVIDIA 1080Ti/515.
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Reviewed By: Antonio Vazquez (antoniov)
Differential Revision: https://developer.blender.org/D15164
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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.
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This had to be added to the previous commit.
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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.
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Instead of providing our own names for wayland headers, use the filename
component as the basis for the header names. This matches most reference
documentation for Wayland.
Also generate client protocols into a sub-directory `libwayland`,
instead of generating headers into the ghost directory. Making the
include path more specific & makes it easier to differentiate generated
headers from other build files.
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Pass `use_hide` to the compute shaders so that we can override the
hidden face flags, like CPU extraction is doing.
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Resolves T47437.
Differential Revision: https://developer.blender.org/D15164
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Flags in the smooth shading case were not properly set.
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Differential Revision: https://developer.blender.org/D15220
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Checks if voxel amount or -size is <= 0 and if so, returns early.
Differential Revision: https://developer.blender.org/D15241
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Should prevent accidental use of wrong Python.
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Following what is done for LLVM. Being consistent feels good here.
Not strictly needed as the build here passed anyway, but it does
feel good to be consistent.
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Make them to use self-compiled Python, similar to previous fixes
for other libraries.
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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
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This was an oversight. I checked that no other node had the same regression.
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This functionality will also be necessary in the Density brush.
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This adds a new parameter to the "Combined" overlay mode of the mask editor.
The "blending factor" allows users to blend the mask exterior with the original
footage to visualise the content of the mask in a more intuitive way. The
"Alpha" overlay is unaffected by this change.
The existing "Combined" overlay is used like before (covering everything
outside the mask in black), but can be blended with the slider in the mask
overlay to look at the exterior.
This is part of an effort to make mask editing more intuitive & easy to use:
https://developer.blender.org/T93097
Differential Revision: https://developer.blender.org/D13284
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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.
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* Rename "texture" to "data array". This has not used textures for a long time,
there are just global memory arrays now. (On old CUDA GPUs there was a cache
for textures but not global memory, so we used to put all data in textures.)
* For CUDA and HIP, put globals in KernelParams struct like other devices.
* Drop __ prefix for data array names, no possibility for naming conflict now that
these are in a struct.
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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.
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No functional changes.
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The poll function with same semantic was defined in both screen and
mask space modules. The only reason for this seems to be that the
image editor needed a mask poll function which was private to the
mask module.
Make the mask editing poll functions public, avoiding code duplication.
Also, added a brief explanation about what the poll functions are
checking for.
No user-level changes are expected to happen.
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Also use `const char *` for cursor names as there isn't an advantage
in using `std::string`.
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Changing the cursor would intermittently close Blender's window
(without crashing).
This happened because the size of a cursor must be the a multiple of the
scale, for themed cursor this is always true but with custom cursors
it's not.
Separate theme scale from custom cursor scale to avoid this bug.
In the future we can support Hi-DPI custom cursors, for now they're
scale is always set to 1.
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- Support showing & hiding the cursor without setting the buffer,
needed to switch between software and hardware cursor.
- Track the state of the software/hardware cursor.
This resolves glitches switching between cursors sometimes hiding the
cursor.
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Fixes C++ .stl importer info output having no space between the
number and the word after it.
Reviewed By: Aras Pranckevicius
Differential Revision: https://developer.blender.org/D15240
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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
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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
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This improves performance of the procedure executor on secondary metrics
(i.e. not for the main use case when many elements are processed together,
but for the use case when a single element is processed at a time).
In my benchmark I'm measuring a 50-60% improvement:
* Procedure with a single function (executed many times): `5.8s -> 2.7s`.
* Procedure with 1000 functions (executed many times): `2.4 -> 1.0s`.
The speedup is mainly achieved in multiple ways:
* Store an `Array` of variable states, instead of a map. The array is indexed
with indices stored in each variable. This also avoids separately allocating
variable states.
* Move less data around in the scheduler and use a `Stack` instead of `Map`.
`Map` was used before because it allows for some optimizations that might
be more important in the future, but they don't matter right now (e.g. joining
execution paths that diverged earlier).
* Avoid memory allocations by giving the `LinearAllocator` some memory
from the stack.
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Since the custom target is a feature implemented at constraint
level, it is more appropriate to handle it in the common wrapper
functions, instead of modifying all the type specific callbacks
like get_constraint_targets and flush_constraint_targets.
Also, tag the special target with a flag so other code can
handle it appropriately where necessary.
This was split from D9732, and effectively reverts and refactors
part of D7437. This patch should cause no functional changes.
Differential Revision: https://developer.blender.org/D15168
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This speeds up the node ~20% in common cases, e.g. when only the
X axis is used. The main optimization comes from not writing to memory
that's not used afterwards anymore anyway.
The "optimal code" for just extracting the x axis in a separate loop was
not faster for me. That indicates that the node is bottlenecked by
memory bandwidth, which seems reasonable.
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getMainDisplayDimensions return values were scaled by the UI-scale,
instead of returning pixel values.
Also correct an error accessing the rotated monitor size,
which happened to be harmless as the value isn't used at the moment.
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If the resolution attribute existed on some curves, but not on others, it
was initialized to zero by default. However, zero is not a valid resolution.
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Previously the attribute name was only stored in the request for curves.
Instead, pass it as part of the "add request" function, so that it is
always used. Since the whole attribute pipeline is name-based,
this can simplify code in a few places.
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The types are retrieved by the attribute matching above anyway,
there is no reason to have another switch based on the type.
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Add a method to access the custom cursor from GHOST which is used
for drawing a software cursor. This means the knife tools cursor now
work as expected.
Although non-custom cursors are still not supported.
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The focus_pointer only pointer was only cleared when the window existed,
which caused a dangling focus_pointer when closing a window.
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