This bumps OSL to 1.11.10.0. OSL Has a new build time
dependency: Clang, and more importantly it expects
clang and llvm to share a library folder, which it
previously for us did not.
This patch changes:
-OSL Update to 1.11.10.0
-refactor the llvm/clang/clang-tools-extra builds into the llvm
build using the llvm-project tarball for building that has all
of the subprojects in it.
-update ispc/openmp builds since clang no longer its own dependency
and they have to depend on the llvm build now.
-Update the windows builder to use the 64 bit host tools since it
ran out of ram linking clang
-Since OSL now needs clang to link successfully a findclang.cmake
has been provided for linux/OSX
Differential Revision: https://developer.blender.org/D10212
Reviewed By: brecht, sebbas, sybren
`object_in_any_collection` used during linking/appending to check
whether an object is already instanced by at least one collection, was
not taking into account embedded master collections from scenes.
With the previous implementation, we could have pixels with offset larger
than 1 pixel.
Also fix a bug when the closest_index is not last. The sample positions
were incorrect in this case.
This was caused by the window_translate_m4 not offsetting the winmat in the
right direction for perspective view. Thus leading to incorrect weights.
The workbench sample weight computation was also inverted.
This fix will change the sampling pattern for EEVEE too (it will just
mirror it in perspective view).
D9054 did multiple consecutive `immBegin()`/`immEnd()` draw calls to draw
multiple lines at varying thickness. This would only work for the first line,
then they'd all get a 1px thickness (at least on macOS).
Issue was that `wide_line_workaround_end()` called `immBindShader()` directly
to restore the old shader (which the workaround overrides). However this
doesn't set `imm->builtin_shader_bound` which has to be done for the workaround
to work on the next `immBegin()` call. Instead `immBindBuiltinProgram()` can be
called.
Differential Revision: https://developer.blender.org/D10520
Reviewed by: Clément Foucault
There was a similar report prior to the introduction of the Image
Engine, see T74586.
This was fixed by rB6a5bd812b569 at that time, but got lost in the
refactor it seems.
Above commit introduced the `ED_space_image_get_display_channel_mask`
function that will determine
the valid bitflags for the display channel of a given ImBuf.
But since the refactor, this is not called anymore (`draw_image_main` is
not called anymore)
Now it seems we can safely reuse that said function
`ED_space_image_get_display_channel_mask` also for the Image Engine.
Maniphest Tasks: T85895
Differential Revision: https://developer.blender.org/D10510
This allows accessing attribute meta data like domain and data type
without having to create a `ReadAttribute`. I kept the `attribute_names`
method for now to keep the patch more self contained.
Differential Revision: https://developer.blender.org/D10511
Sync the list of icons in CMakeLists.txt with UI_icons.h.
Restore, in the source file, the FUND icon that was accidentally
deleted.
Delete four old/unused icons.
See also D9715.
Using `FunctionRef` is better than using `std::function`, templates and c function
pointers in some cases. The trade offs are explained in more detail in code documentation.
The following are some of the main benefits of using `FunctionRef`:
* It is convenient to use with all kinds of callables.
* It is cheaper to construct, copy and (possibly) call compared to `std::function`.
* Functions taking a `FunctionRef` as parameter don't need to be declared
in header files (as is necessary when using templates usually).
Differential Revision: https://developer.blender.org/D10476
Constraint of new window position can be incorrect when using multiple monitors.
Differential Revision: https://developer.blender.org/D10469
Reviewed by Brecht Van Lommel
Removal of 'camera frame' around blend file thumbnail images.
Differential Revision: https://developer.blender.org/D10490
Reviewed by Brecht Van Lommel
Refactoring: WM_window_open() that can open different types of windows. 'New Window' with simplified layout.
Differential Revision: https://developer.blender.org/D10419
Reviewed by Brecht Van Lommel
Geometry nodes were not adding referenced instanced collections as
dependencies to depsgraph.
This would lead to meshes and data not being ready on evaluation in
certain cases.
Specular color is set to black instead of white inside the Principled BSDF
when the base color is set to fully black. This is contradictory to the sample
code of the Disney BRDF in BRDF Explorer. This patch aligns both
implementations.
Differential Revision: https://developer.blender.org/D10448
Taa offset was applied on first sample. This wasn't happening before
DOF refactor.
Also fixes T85618 Wireframe Displays Strangely in Eevee (Rendered,
material Preview)
Contact shadows needed correct `gl_FragCoord.z` but this is not
correctly set for fullscreen passes. Need to pass depth using a global
variable until we get rid of `cl_eval.tracing_depth`.
This was introduced in the new geodesic distances algorithm for proportional
editing. When all faces of an edge are hidden, that edge should be considered
as loose geometry.
Initial patch by Pablo with modifications by Brecht.
Differential Revision: https://developer.blender.org/D10488
Currently the GPU module for python has different ways to handle enums.
- Organizing items in `PyC_StringEnumItems` arrays and parsing them with `PyC_ParseStringEnum`.
- Using dedicated functions for each type of enum (`bpygpu_ParsePrimType`, `pygpu_ParseVertCompType` and `pygpu_ParseVertFetchMode`).
Although apparently more efficient (especially `pygpu_ParseVertCompType`
which transforms strings into integers for simple comparison), these
dedicated functions duplicate functionality, increase the complexity of
the code and consequently make it less readable.
Reviewed By: campbellbarton
Differential Revision: https://developer.blender.org/D10456
The Exact modifier code had been written to avoid using BMesh but
in the initial release the modifier still converted all Meshes to
BMeshes, and then after running the boolean code on the BMeshes,
converted the result back to a Mesh.
This change skips that. Most of the work here is in getting the
Custom Data layers right. The approach taken is to merge default
layers from all operand meshes into the final result, and then
use the original verts, edges, polys, and loops to copy or interpolate
the appropriate custom data layers from all operands into the result.
When opening a Blender version for which there are no preferences, the splash
shows a button like "Load 2.92 Settings". Using this could cause a memory leak
of the storage for recently opened files.
