Collection A [disabled]
-> Collection B
-> Collection C
-> object
Object should be invisible, but it is not. Reported by Antonio Vazquez.
Bug introduced on: 1f5106de61
How to reproduce it:
* Change Outliner from Active View Layer to Collections
* Create a new collection under Master Collection (Collection 2)
* Move all three objects from Collection 1 to Collection 2
* Move all three objects from Collection 2 to Collection 1
Bug introduced on fb4cd136a7 (multi-object drag-and-drop).
How to reproduce the bug:
* Create a new collection
* Move the Cube to the new collection
* Move the Camera to the new collection (Cube disappears)
* Move the Lamp to the new collection (Camera disappears)
Explanation of the bug:
The moved object was still selected, so we were trying to add the object to the
collection were the object was already inserted (which would fail silently) and
then remove it.
The reason for the crash is still a bit confusing, but on Windows with Intel HD Graphics 4000 it always happens when you enable `Use Nodes` or when you try to connect the Pricipled Shader node to the output without the `Subsurface Scattering` and `Subsurface Translucency` options enabled.
This patch fixes a 32-bit overflow that occurs on 64-bit systems due to a numeric literal being treated as 32-bit.
This patch allows for the generation of images that occupy more than 4GB of RAM, which previously caused a crash.
Reviewers: sergey
Reviewed By: sergey
Differential Revision: https://developer.blender.org/D2975
Brushes themselves are still affected by the mask, but the viewport is not
showing the mask. This way it's easier to see details while sculpting.
Studio request by Julien Kaspar
There is even a chance the compilers handles this itself, but we should try to
use the internal storage as much as possible (and save 0.000001s in the process)
For experimental options, outside the scope of typical preferences.
While templates are developed we might want to make changes
to behavior which aren't fully compatible with typical work-flows.
Instead of mixing these options in with current preferences
expose separately (we could even force disable them when templates
aren't int use)
The code for vertical line was assuming that we necessarily neeeded vertical
lines for all the elements. Which is not true since we are not drawing
vertical and horizontal lines for collections.
Patch made in contribution with Philippe Schmid (@Quetzal).
Was due to the fact that the instances don't have a "static" obmat that can be referenced to use as a uniform.
Solution : precompute the full matrix for each bone and pass it as instance data. (theses are copied into a buffer and can be discarded right away)
Note: this could be optimized further and make only one drawcall (shgroup) to draw all bone instance of one type (vs. one call per armature).
Remove the critical OMP sections used to protect mem allocation.
First one can be done in a separate loop before main, parallelized one.
Second one only affect 'private' data, so we only need to ensure
guardedalloc thread safety is enabled.
This is committed as separated step to ease troubleshooting in case
bisecting becomes necesary.
