Group Object Type Visibility with the viewport settings in the header.
The eye icon is a placeholder. A new icon is needed to better communicate
the user at a glance if all (or none) object types are enabled, or why certain types
are not visible/selectable in the viewport.
Part of design: T55863
When tweaking the shading/overlays settings through the popovers,
these get on the way of the content in the viewport. Making it hard to
see the result of our changes.
Unfortunately this breaks consistency with other headers where the snapping
tools are aligned to the right, but the benefits outweigh the costs.
Organize content in categories/sub-panels.
The result is a more organized but slightly taller popover.
Once sub-panels are implemented code-wise, the alignment issues
(like panel label) and extra space between the content and panels
headers will be reduced. Together with the ability to have certain
less-used popovers collapsed by default, this will make the
popover more compact.
Part of design: T55863
- Made OpenSubdiv_GLMesh private
Previously, it was still accessible via C-API from C++ code.
- Don't implicitly refine evaluator when updating coarse positions,
now there is an explicit call to do this.
Allows to first apply all changes to the coarse mesh and then
refine once.
- Added coarse positions update from a continuous buffer with given
starts offset and stride.
Allows to update coarse positions directly from MVert array.
- Refiner is no longer freed when CPU evaluator is created.
Allows to re-use refiner for multiple purposes.
There are now 3 categories in the overlay popover:
- Navigation
- Active (camera, lamp... etc)
- Tool (manipulator)
The user preference for mini axis now controls if the mini axis
displays minimal or a full-interactive widget.
Part of design: T55863
This reverts commit 8121010310.
After user feedback this has the downside of having no predictable
way of transforming in global space.
Since toggling between global/user is reversed when global is
the user axis.
This is no longer needed with the new offscreen draw method, so use whatever
is default and hopefully fastest. Fixes console warnings in some setups that
don't have swap copy.
Remove support for loading interlaced image sequences because
its less common now to record interlaced video,
the option to de-interlace video on load remains.
This separate probe rendering from viewport rendering, making possible to
run the baking in another thread (non blocking and faster).
The baked lighting is saved in the blend file. Nothing needs to be
recomputed on load.
There is a few missing bits / bugs:
- Cache cannot be saved to disk as a separate file, it is saved in the DNA
for now making file larger and memory usage higher.
- Auto update only cubemaps does update the grids (bug).
- Probes cannot be updated individually (considered as dynamic).
- Light Cache cannot be (re)generated during render.
- Change gl_context_mutex to a ticket mutex ensuring interactivity even
when rendering.
- Add DRW_custom_pipeline for using DRW outside of the viewport and render
pipeline.
- DRW_opengl_render_context_*** and DRW_gawain_render_context_*** to use
with DRW_custom_pipeline.
- Add possibility to bypass deferred compilation on demand (not User
demand).
- Add union to access DRWMatrixState members more easily.
- Texture creation now requires explicit data type.
- GPU_texture_add_mipmap enable explicit mipmap upload.
- GPU_texture_get_mipmap_size can be used to get the size of a mipmap level
of an existing GPUTexture
- GPU_texture_read let you read back data from a gpu texture.
Numeric input allowed mix of editing and hotkeys which were interpreted
as modifiers instead of using as numeric input.
This meant entering '1.0*3' needed to be typed as '1.0**3'
('*' to activate, and again to multiply).
Pressing '/' gave the reciprocal of the current number
which could be useful.
Test removing this feature, so only full numeric input is supported.
The approach of setting 'refresh' flags on the modifier, and performing
the associated actions when the modifier is being evaluated, is a bad
one. Instead, we use the separation of the original and the evaluated
copy to 'refresh' certain things (because they simply aren't set at all
on the original). Other actions are now done directly with BKE_ocean_xxx
functions on the original data, intead of during evaluation.
