We now can drag multiple objects at once in the outliner. You we restricted to
working within a single outliner. Be sure to drag from the objects name, not
from its icon (otherwise it will try to parent it).
We don't use the same drag'n'drop system as IDs here. Which although I dislike
allowed for this solution to be local, and not dependent on the entire
drag'n'drop system of Blender.
This is a feature Andy Goralczyk has requested a long time ago.
Kudos for him for his request.
This technically reverts 176698b2eb.
Drag and drop for scene collections requires id for its poll function. However
we were passing the collection as id pointer for outliner_add_element
(which is ok since the function doesn't require a real ID).
I couldn't reproduce the original issue tackled by the forementioned commit so
I'm going ahead and bringing drag and drop back for scene collections.
Note: We already pass the ID for view layer collections as well since we brought
collections into groups.
This is a partial revert of 1f5106de61.
First and firemost, for groups I was checking the wrong flag
(soops->flag & SO_GROUPS) instead of (soops->outlinevis == SO_GROUPS).
Second, the columns were entirely broken for things like Orphan Data.
Third, I tried to have different columns for different `outlinevis`, but we have
bones with only visible and select, modifiers with visible and render, render
passes with enable and another value ... I would rather stay away from this mess
at the moment, and stick to the more obvious bug fix.
Finally, there is a bug (not addressed here) where the whole line is selected,
regardless of the restriction column area. It should be fixed separately.
Result is less noisy ogl renders.
What this patch does:
- the draw loops gets accumulated into the output buffer.
- disable TXAA persmat jittering in ogl render since ogl render already does that.
- make noise texture update correct accross all draw loops. Previously it was reset between each FSAA samples.
- Hashed Alpha materials were outputing their alpha values even if the final pixel has no blending and thus no transparency.
- Opacity was not clamped when using "add closure" nodes.
We need to remove all transform to display during rendering for this to work. The float rect is then color managed when displayed.
This makes all interface colors wrongly displayed because they should be color managed when rendering.
This fixes any function that relied on these iterators such as:
* Outliner Same Type
* Metaballs
* scene.objects
We were not considering the collections when there was collections nested
to the collections nested to the master collection.
It includes a unittest.
Adding new context modes requires adding a string in CTX_data_mode_string,
but there is no error when omitting this other than panels using
incorrect contexts. The static assert should help detect simple
missing strings at least to avoid confusing errors.
In that case it can now fall back to CPU memory, at the cost of reduced
performance. For scenes that fit in GPU memory, this commit should not
cause any noticeable slowdowns.
We don't use all physical system RAM, since that can cause OS instability.
We leave at least half of system RAM or 4GB to other software, whichever
is smaller.
For image textures in host memory, performance was maybe 20-30% slower
in our tests (although this is highly hardware and scene dependent). Once
other type of data doesn't fit on the GPU, performance can be e.g. 10x
slower, and at that point it's probably better to just render on the CPU.
Differential Revision: https://developer.blender.org/D2056
This is part of T53495.
This makes sure the master collection is always expanded and you don't even get
the expand/collapse icons for it.
This is only for the Collecions (currently Master Collection Tree) option, not
for active view layer.
