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This patch reverses the dependency between `BLI_math_vec_types.hh` and
`BLI_math_vector.hh`. Now the higher level `blender::math` functions
depend on the header that defines the types they work with, rather than
the other way around.
The initial goal was to allow defining an `enable_if` in the types header
and using it in the math header. But I also think this operations to types
dependency is more natural anyway.
This required changing the includes some files used from the type
header to the math implementation header. I took that change a bit
further removing the C vector math header from the C++ header;
I think that helps to make the transition between the two systems
clearer.
Differential Revision: https://developer.blender.org/D14112
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This commit renames `mesh_validate.cc` to `mesh_calc_edges.cc`.
I would like to move `mesh_validate.c` to C++, but it makes sense to
keep this specific algorithm in a smaller file.
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This adds a new sculpt mode to the experimental new curves object.
Currently, this mode can only be entered and exited, nothing else.
The main initial purpose of this node will be to use it for hair grooming.
The patch also adds the `editors/curves/` directory for the new curves
object, which will be necessary for many other things as well.
I added a completely new mode (`OB_MODE_SCULPT_CURVES`), because
`OB_MODE_SCULPT` seems to be rather specific to meshes, and reusing
it doesn't seem worth the trouble. The tools/brushes used in mesh vs.
curves sculpt mode are quite distinct as well.
I had to add DNA_userdef_enums.h to make the patch compile with C++
(forward declaration of enums isn't allowed). This follows the same
pattern that we use for other enums in dna.
Differential Revision: https://developer.blender.org/D14107
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Some collections needed to be iterated over to count their length.
Provide a function to check if the collection is empty to avoid this.
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Root cause is copy pasting buggy code.
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Root cause is copy pasting buggy code.
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Since the output file stays unmodified for most developer builds,
install step installed it redundantly.
Create readme.html using `configure_file`:
- Now it's modified only if final output changes (handled by CMake).
- If input file (from git) or blender version changes,
it //will// be modified.
Also don't re-implement what CMake can do.
Reviewed By: campbellbarton, LazyDodo
Differential Revision: https://developer.blender.org/D13863
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- Increment the argument index at the end of the loop.
Otherwise using the index after incrementing required subtracting 1.
- Move error prefix creation into a function: `pyrna_func_error_prefix`
so it's possible to create an error prefix without duplicate code.
This simplifies further changes for argument parsing from D14047.
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The cell drawing code in 474adc6f883c2d5a854d7 was missing an
implementation for virtual arrays of strings.
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Optimized out attributes returns an invalid location `-1` resulting in
an undefined behavior shift.
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The check was reversed, leading to less errors being reported.
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This might have caused undersized buffer if using the wrong formats with
`GPU_texture_read()`.
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This is meant to complement the `blender::math` functions recently
added by D13791. It's sometimes desired to template an operation to work
on vector types, but also basic types like `float` and `int`. This patch
adds that ability with a new `BLI_math_base.hh` header. Particularly
useful examples are `midpoint` and `interpolate`, but I'm sure others
will be added in the future.
Implementing the functions separately, rather than as `if constexpr`
branches in the existing header is meant to be more scalable, for
the possibility of even more math types in the future.
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This patch reverses the dependency between `BLI_math_vec_types.hh` and
`BLI_math_vector.hh`. Now the higher level `blender::math` functions
depend on the header that defines the types they work with, rather than
the other way around.
This required changing the includes some files used from the type
header to the math implementation header. I took that change a bit
further removing the C vector math header from the C++ header;
I think that helps to make the transition between the two systems
clearer.
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Use functions from the `math` and `std` namespaces instead
of from `BLI_math_vector.h`.
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The root issue was caused by a mistake in modifier copy data which was
wrongly re-generating source modifier data identifier.
The c8cca8885181 simply exposed a bug in code which always was there
since the modifiers session UUID was introduced.
Shows an importance of const qualifier :)
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Since now we delegate the evaluation of the last subsurf modifier in the stack
to the draw code, Cycles does not get a subdivided mesh anymore. This is because
the subdivision wrapper for generating a CPU side subdivision is never created
as it is only ever created via `BKE_object_get_evaluated_mesh` which Cycles does
not call (rather, it accesses the Mesh either via `object.data()`, or via
`object.to_mesh()`).
This ensures that a subdivision wrapper is created when accessing the object data
or converting an Object to a Mesh via the RNA/Python API.
Reviewed by: brecht
Differential Revision: https://developer.blender.org/D14048
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This is requested by artist for some animation styles where is necessary to fill the area, but create a gap between fill and stroke.
Also some code cleanup and fix a bug in dilate for top area.
Reviewed By: pepeland, mendio
Differential Revision: https://developer.blender.org/D14082
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The crash is caused as we did not check that the RNA pointer is null
before trying to use it. This moves the existing checks from the
modifier panels into the template functions so the logic is a bit
centralized.
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The issue has two causes: on one hand origin indices were not handled
properly, on the other hand the extraction type (Mesh, BMesh, or mapped)
was not detected correctly.
For the second case reuse the MeshRenderData creation from the coarse
code path so that we make the same decisions. Loose geometry extraction
had to be updated to properly handle the BMesh cases.
For the origin indices, in some cases (for edges and faces), the arrays
used by the subdivision code already have the origin indices baked into
them, so mapping them a second time through the origin index layer is
wrong, and could cause out of bounds accesses.
For vertices especially, we would use two arrays: one for mapping
subdivision vertices to coarse vertices, and another one to map coarse
vertices to subdivision loops used for the selection index buffer. The
second one is now removed (which saves a bit of memory) as it is did not
have the proper data setup for use with the origin indices and we can
easily compute it using the first array anyway.
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We do not always resync/replace the root ID of a hierarchy now that we
do partial resync.
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lib_query/foreach_id code.
This will have to be backported to 2.93 and possibly 2.83 if possible.
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Fix segfault when calling `some_id.id_properties_ui("propname").update()`,
i.e. call the `update()` function without any keyword arguments. In such
a case, Python passes `kwargs = NULL`, but `PyDict_Contains()` is not
`NULL`-safe.
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Fixed by checking the requested pass, layer and view against the
previous used one.
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IMA_GPU_REFRESH is replaced by
BKE_image_partial_update_mark_full_update and should not be used
anymore.
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The Viewer marked the gpu texture to be out of date. But it should have used
the mark_full_update as the gpu textures
are only used by the render/draw engines.
The image/node editor uses the image engine that have its own GPU textures.
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They have been replaced by clipping_uv_bounds. Using region_uv_bounds
could lead to problems when drawing the compositor backdrop.
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Currently one a single texture slot is used to update the screen.
Current design is implemented to use multiple textures.
for now limit the number of texture slots to 1.
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This node is a bit of a weird case, because it uses the value stored in an
output socket as an input. So when we want to determine if the Dot
changed, we also have to check if the Normal output changed.
A cleaner solution would be to refactor this by either storing the normal
on the node directly (instead of in an output socket), or by exposing it
by a separate input. This refactor should be done separately though.
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Use using instead of typedef, remove redundant string init,
use "empty", address qualified auto, use nullptr.
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Currently whenever gl queries are performed for the viewport, a large
1024 byte array is allocated to store the query results (256 of them).
Unfortunately, if any gizmo using a `draw_select` callback is active
(e.g. the transform gizmos), these queries (and allocations) will occur
during every mouse move event.
Change the vector to allow for up to 16 query results before making an
allocation. This provides enough space for every built-in gizmo except
Scale Cage (which needs 27 queries). It also removes unnecessary
allocations from two other related vectors used during query processing.
Differential Revision: https://developer.blender.org/D13784
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