C++ is used more and more, and it is becoming more and more annoying to
keep track of whether header have C++ guard or not.
Is easier and more clear to be consistent in all headers and have such
guards in all headers.
There are no more 'layers' in Blender. I chose 'Visible Objects' rather
than 'Visible Collections' to be consistent with the other
'{Renderable,Selected} Objects Only' options.
No functional changes.
`AbcTransformWriter::hasAnimation` recently became smarter than just
returning `true`, but wasn't quite smart enough yet. Constraints are now
considered a source of 'animation'.
On CentOS 7, `tar --use-compress-program='xz -9'` tries to run `xz -9` as
executable, rather than running `xz` with `-9` as argument. Passing the
`-9` option via the `XZ_OPT` environment variable, as suggested by
@campbellbarton in D6138, works fine.
Previously some important features like OpenSubdiv were disabled by default,
which caused confusion.
The purpose of disabling some of these features was to avoid potentiall build
errors on Linux. But with precompiled libraries, install_deps.sh and better
library availability checking this is hopefully not much of a problem anymore.
This makes "make full" obsolete, but it's kept to not break docs or shell
scripts that people may have, and the .cmake config file remains useful to
modify an existing build folder.
This also changes some option to only be available on platforms where they
are actually supported (WITH_JACK, WITH_TBB_MALLOC_PROXY and X11 options).
Fixes T69742
Differential Revision: https://developer.blender.org/D6306
This new test class minimally sets up Blender so that it can load blend
files and construct a depsgraph without crashing.
Note that it hasn't been tested on very complex blend files, so it may
still crash when the loaded blend file references/requires uninitialised
data structures.
The test will certainly crash with Blend files created with Blender
older than 2.80, as the versioning code requires space types to be
registered. This is normally done by initialising the window manager,
which is not done in this test. The WM requires Python to run, which in
turn requires that Blender finds the release directory in the same
directory that contains the running executable, which is not the case
for GTest tests (they are written to `bin/tests/executablename`.
Reviewed By: sergey, mont29
Differential Revision: https://developer.blender.org/D6246
When encountering an error during context creation, the "OptiXDevice" constructor aborts early.
This means the "cuda_stream" vector is never resized and the destructor iterated over non-existent data.
Logic for registering and checking properties of registrable classes was
broken, allowing to ignore some errors.
Recent fix rBeb798de101a `broke` the result of the
pyapi_idprop_datablock test, because previously that test would fail
(i.e. suceed, as it is an 'expected to break test') for a reason it was
not designed to check.
This is the problem with that kind of tests - you cannot really check
that they are failing on the expected reason(s)...
The acceleration structure built by OptiX may be different between GPUs, so cannot assume the memory size is the same for all.
This fixes that by moving the memory management for all OptiX acceleration structures into the responsibility of each device (was already the case for BLAS previously, now for TLAS too).
xz compresses 25% better than bz2, reducing download times and server load.
The numbers:
blender-2.80-linux-glibc217-x86_64.tar.bz2 (release): 134 886 174 bytes
with xz: 96 181 604 bytes (-28.7%)
with xz -9: 93 871 548 bytes (-30.4%)
blender-2.81-7c1fbe24ca33-linux-glibc217-x86_64.tar.bz2 (beta): 173 600 363 bytes
with xz: 133 100 664 bytes (-23.3%)
with xz -9: 129 534 124 bytes (-25.4%)
xz also decompresses more than twice as fast as bz2, however compression needs
four times as long (on my 7-year-old laptop 3-4 minutes instead of <1).
Also xz has become more common than bz2, e.g. Debian/Ubuntu deb packages have
been xz-compressed for years, so the dpkg package manager as well as systemd
and grub all depend on liblzma being present, whereas bz2 is becoming more and
more optional.
Current Linux archives also include the UID/GID of whatever user account
happens to be used for building by the blender.org infrastructure. If someone
then installs these archives as root e.g. to /usr/local/... and doesn't pay
full attention the files remain owned by a regular user, which is a serious
security issue. This patch fixes that by setting the UID/GID to 0.
Differential Revision: https://developer.blender.org/D6138
This patch will allow the user to select the EEVEE renderpass to be
shown in the viewport by default the combined pass will be shown.
Limitations:
* Viewport rendering stores the result in a `RenderResult`. RenderResult
is not aware of the type of data it holds. In many places where RenderResult
is used it is assumed that it stores a combined pass and the display+view
transform are applied.
I will propose to fix this in a future patch. But that is still being
designed and discussed.
Reviewed By: fclem
Differential Revision: https://developer.blender.org/D6319
The Principled BSDF uses Microfacet closures that include a fresnel term,
which are a special case since their weight tends to be near white even
if their average contribution is fairly low.
The sample weight is scaled by the average fresnel weight to account for
this, but the denoising albedo still used the unscaled weight.
This was fine for the original denoiser, but apparently OIDN can't handle
the resulting albedo pass well. Therefore, this commit adds the described
scaling to the albedo pass contribution as well.
This problem was described in T69770.
Reviewed By: brecht
Differential Revision: https://developer.blender.org/D6289
This was an old bug which could be caused by saving after separating.
Changes from 79b703bb635e made this fail reliably.
Update shape key indices when they may be used again later.
Simple fix, to mimic what we had pre-local collections. So this is not
fully representative of the current load of the scene.
I started a more complex route where we literally just count objects
that are visible (taking object type restriction, local collections,
local view, ...). But in the end it is a bit overkill considering that
we have plans to change the statistics.
This adds support to the current sculpt sample detail operator to sample
a voxel size for the voxel remesher when sculpting on regular meshes.
It provides an approximation of a voxel size that is going to preserve
the sampled sculpt details after remeshing. It is not going to be 100%
accurate in all cases as it relies on having consistent edge length in
the whole sculpt, but it saves a lot of time and avoids guessing the
voxel size by trying different values.
Reviewed By: jbakker
Differential Revision: https://developer.blender.org/D6251
The relation between the pressure/size and the pressure/alpha is a
fundamental property that defines the behavior of a brush, so it does
not make sense to have it unified across all brushes. This applies both
for sculpting and painting.
Some of the new 2.82 brushes need pressure/size or pressure/alpha to be
enabled to work propely, while others don't. Users should not be
switching on and off this property manually when changing brushes if they
want to use unified size. This is also causing that some users are using
the brushes with an incorrect configuration.
Reviewed By: jbakker
Differential Revision: https://developer.blender.org/D6291
After this commit it should be possible to share the same deformation
formulas that are used in the Elastic Deform brush with other areas of
Blender such as Grease Pencil or proportional editing.
This also removes a lot of code from sculpt.c that is not direclty
related to sculpting.
Reviewed By: jbakker
Differential Revision: https://developer.blender.org/D6281
This removes all multires code from the smooth brush and replaces it
with a new implementation that uses the sculpt mesh API. This makes the
code much easier to understand and maintain.
We could unify all the smooth brushes into a single implementation, but
mesh smoothing has code to deal with open boundaries that I don't want
to remove yet.
Most bugs and artifacts related to access neighbor grids should be fixed
(like T71667). This also fixes performance bugs such as T70689, that were
related to grid stitching after applying the brush.
Reviewed By: jbakker
Maniphest Tasks: T71667
Differential Revision: https://developer.blender.org/D6277
We are now modifying the relation between pressure and radius using
custom functions to improve the brushes, but dyntopo was not prepared
for this. This fix sends the unmodified radius to dyntopo so it modifies
the geometry correctly.
Reviewed By: jbakker
Maniphest Tasks: T71868
Differential Revision: https://developer.blender.org/D6299
BIF_gl.h included hacks like redefining glew functions and a constant.
The named constant `GLA_PIXEL_OFS` has been moved to `GPU_viewport.h`
Reviewed By: brecht
Differential Revision: https://developer.blender.org/D5860
Small performance improvements by caching the world_ubo in the World.
It was detected that NVIDIA driver created threads to update the
world_ubo (304 bytes). This patch will reuse the previous created
ubo when not changed.
Reviewed By: fclem
Differential Revision: https://developer.blender.org/D6087
