This adds `char *simulation_bake_directory` to the nodes modifier. The path is automatically generated the first time the modifier is baked. It is _not_ automatically changed afterwards. The path is relative to the .blend file by default. For now, the path is not exposed in the UI or Python API.
This fixes issues where renaming objects/modifiers can cause the baked data to not work anymore.
Pull Request: https://projects.blender.org/blender/blender/pulls/108201
The strlen() was passed in as a size argument, in this case it
couldn't have caused an overflow because the source & destination
happened to be the same size.
Also reduce the destination buffer size as this is used for an ID name.
- Don't use the source string length +1 as the size of the destination
(USD export & IMB_exr_get_handle_name).
- Correct undersized buffer being passed into imb_exr_insert_view_name.
- Don't use the source string length +1 as the size of the destination
(USD export & IMB_exr_get_handle_name).
- Correct undersized buffer being passed into imb_exr_insert_view_name.
The rotation options are now:
* None
* Axis-Aligned (Blender 3.3 default)
- Rotate to a minimal rectangle, either vertical or horizontal.
* Cardinal (new)
- Only 90 degree rotations are allowed.
* Any
- Blender 3.6 default.
In Blender the first and last points of a catmullRom curve are
treated as endpoints. To account for this in USD, we must set
the wrap attribute to 'pinned'. This lets the client know that
the first and last points are to be treated as points on the
curve, and that it needs to generate "phantom" points to account
for the start and end control points of a general catmullRom curve.
Related to #102376
Co-authored-by: DESKTOP-ON14TH5\Sonny Campbell <sonny.campbell@unity3d.com>
Pull Request: https://projects.blender.org/blender/blender/pulls/108183
Before 9f78530d80, the -1 coarse_edge_index values in the
foreach_edge calls would return false in BLI_BITMAP_TEST_BOOL,
which made them look like loose edges. BitSpan doesn't have this
problem, so the return for negative indices must be explicit.
Method didn't modified the ShaderInterface but wasn't usable when trying
to debug a const reference to the ShaderInterface. This PR just adds the
const to the method.
Pull Request: https://projects.blender.org/blender/blender/pulls/108190
Some `ImagePartialUpdateTest` test are calling code that needs access to
a valid `G_MAIN`. So store the generated main there as part of the setup
step, and reset G_MAIN to its original value (should be NULL) in the
teardown step.
NOTE: Things like `ID_BLEND_PATH_FROM_GLOBAL` and
`BKE_main_blendfile_path_from_global` are pure evil. It may be necessary
in a very few small cases, but their current usages need a lot of strong
cleanup.
Pull Request: https://projects.blender.org/blender/blender/pulls/108189
The usual special ShapeKey case needs yet another extra corner case
special handling... See comments in code for details about that specific
issue.
NOTE: May be worth checking if this can be backported to 3.3 LTS too.
This contains the basis of the new overlay engine.
Only a few overlays are ported for proof of concept of the new design.
This new design unifies the selection drawing with the overlay-next engine.
It now becomes responsible of selection in object mode.
For this we create a dedicated shader module that patches the shaders
for selection.
Note that the gizmo selection still uses the occlusion queries and edit-mode
the current selection engine (select_engine.c).
Related task #102179
Related task #102177
Co-authored-by: Clément Foucault <foucault.clem@gmail.com>
Pull Request: https://projects.blender.org/blender/blender/pulls/107734
Move the instancing related code to a dedicated function, leaving
the generic `build_collection()` dedicated to the building of the
collection itself.
Should be no functional changes: the code paths should effectively
still be the same. This is because non-instancing cases were passing
object as a null pointer, disabling the non-generic code path.
Covers the macro ARRAY_SIZE() and STRNCPY.
The problem this change is aimed to solve it to provide cross-platform
compiler-independent safe way pf ensuring that the functions are used
correctly.
The type safety was only ensured for GCC and only for C. The C++
language and Clang compiler would not have detected issues of passing
bare pointer to neither of those macros.
Now the STRNCPY() will only accept a bounded array as the destination
argument, on any compiler.
The ARRAY_SIZE as well, but there are a bit more complications to it
in terms of transparency of the change.
In one place the ARRAY_SIZE was used on float3 type. This worked in the
old code because the type implements subscript operator, and the type
consists of 3 floats. One would argue this is somewhat hidden/implicit
behavior, which better be avoided. So an in-lined value of 3 is used now
there.
Another place is the ARRAY_SIZE used to define a bounded array of the
size which matches bounded array which is a member of a struct. While
the ARRAY_SIZE provides proper size in this case, the compiler does not
believe that the value is known at compile time and errors out with a
message that construction of variable-size arrays is not supported.
Solved by converting the field to std::array<> and adding dedicated
utility to get size of std::array at compile time. There might be a
better way of achieving the same result, or maybe the approach is
fine and just need to find a better place for such utility.
Surely, more macro from the BLI_string.h can be covered with the C++
inlined functions, but need to start somewhere.
There are also quite some changes to ensure the C linkage is not
enforced by code which includes the headers.
Pull Request: https://projects.blender.org/blender/blender/pulls/108041
Allows to share buffer data between the render result and image buffers.
The storage of the passes and buffers in the render result have been
wrapped into utility structures, with functions to operate on them.
Currently only image buffers which are sharing buffers with the render
results are using the implicit sharing. This allows proper decoupling of
the image buffers from the lifetime of the underlying render result.
Fixes#107248: Compositor ACCESS VIOLATION when updating datablocks from handlers
Additionally, this lowers the memory usage of multi-layer EXR sequences
by avoiding having two copies of render passes in memory.
It is possible to use implicit sharing in more places, but needs
some API to ensure the render result is the only owner of data before
writing to its pixels.
Pull Request: https://projects.blender.org/blender/blender/pulls/108045
