now do this:
- edge dissolve
- cleanup (removing edges left over from dissolving faces)
cleanup removes verts and NULL vertex input array
- dissolve verts which haven't been removed.
Now only one operator. Same options for vertices, edges and faces (so adds edges sorting, and some options to vertices sorting).
Face sorting should behave as previously. However, XSortVerts won’t pack anymore selected vertices at the begining of the vert array (as it used to), if you want such behavior you’ll have to first run SortElements with Selected action.
Also added bug ref I forgot in r46354 (armature.c).
Only remaining undocumented one is IMAGE_OT_record_composite (not sure what it actually does, nor even whether it’s actually working or not...).
Note that I didn’t bother with operators flagged as OPTYPE_INTERNAL!
for the contexts they appeared in
The VIEW3D_MT_transform menu was being used everywhere, although not all the
operators there applied to the current mode (e.g. the pivot point, animated
transforms to deltas, and a few others were Object-mode only). Split off the
offending parts into separate menus for the specific modes, and made these
extend the basic menu type.
While testing the other my previous commit (removing deformflag stuff), I
noticed that trying to change set a parent object for the current object (via
the Object Properties) would cause the current object to "blow up", and for
cyclic dependency warnings to be spewed to the console.
Adding a dummy usage of one of the vars here seems to solve it. Perhaps a case
of weirdo compiler optimisations?
As far as I could tell, these were really only still used for "virtual
modifiers", though we really don't use these anymore. Instead, most of the time,
people need to set these settings in armature modifiers directly (these didn't
even get copied over in that case). This was a source of confusion and
redundancy, so removing these now.
This change can be reverted if these were actually of some use out there...
* Added proper "update" operators in place of the abuse of the calculate
operators, so now the display ranges won't get overwritten everytime (with the
default values) you go to update the paths.
* Display range settings in properties editor now actually work. Before, the "In
Range" mode only displayed the entire paths.
* Multithreaded image loading, each thread can load a separate image.
* Better multithreading for multiple instanced meshes, different threads can now
build BVH's for different meshes, rather than all cooperating on the same mesh.
Especially noticeable for dynamic BVH building for the viewport, gave about
2x faster build on 8 core in fairly complex scene with many objects.
* The main thread waiting for worker threads can now also work itself, so
(num_cores + 1) threads will be working, this supposedly gives better
performance on some operating systems, but did not measure performance for
this very detailed yet.
* ID-blocks referenced by Constraints but not being used as the target objects
(such as Actions in the Action Constraint, or Text Blocks in PyConstraints) now
get usercounts for being referenced in this way. This should fix ancient bugs
such as [#19205] and [#8593]. More tests still needed to verify that this
does now play nicely with proxies.
* Changing actions used by NLA strips should now update the usercounts
accordingly
