In previous optimization in outliner I assumed that order in treehash was not important.
But testing outliner in datablocks mode revealed a problem: when user expands multiple recursive levels and then closes any element, it always closed the top level of recursion.
Now it should work fine with recursive trees.
Now treehash contains groups of elements indexed by (id,nr,type). Adding an element with the same (id,nr,type) results in appending it to existing group. No duplicates are possible in treehash.
This commit should also make lookups a little bit faster, because searching in small arrays by "used" is faster than searching in hashtable with duplicates by "id,nr,type,used".
col = layout.column(True)
row = col.row(False)
Items in row would be 'aligned' in the same group as those in col. Now to get this happening, you have to set row as aligned as well.
Please note that fixes for py UI scripts will follow in another commit.
Also fixed labels of RNA pointers searchboxes, which were missing the colon!
Code could enter in an infinite loop when curve value was an odd multiple of PI (i.e. 180°)...
Current code was also factorized and got rid of fabs calls! ;)
cuts the mesh in half based on the cursor location and the viewport,
optionally supports filling the cut area (with uvs. vcols, etc),
and removing geometry on either side of the cut.
- Solved issue with changing marker's frame number
for tracks which doesn't belong to camera object.
- Support find_frame, insert_frame and delete_frame
functions for plane markers.
calls: bisect, duplicate, scale, flip, weld.
resolves report [#36475] Symmetrise does not keep uv/weight
also fixes issues with faces that cross the axis more then once.
- plane_point_side_v3(), a bit like line_point_side_v2()
- isect_point_planes_v3(), moved from paint_hide.c
functions to convert between point/normal pairs.
- plane_from_point_normal_v3()
- plane_to_point_normal_v3()
That was not really a bug (code working as expected), but the way tex context was handled was a bit raw, now it is much smarter:
* Default fallback context (when current one is no more valid) will now choose "most specific" ones first (i.e. material/lamp/particules before world and "others").
* When using that default fallback context, previous one is stored and we try to revive it later, if possible. Thus e.g. object[mat tex ctxt] -> empty[default world ctxt] -> object[mat tex ctxt] is now working as expected.
* However, when user explicitely or implicitely (through e.g. going to Material context...) sets a tex context, previous one is not stored, so that only default fallback context switch may later automatically revive a previous (presumably user-set) context.
calloc. Since we copy the first 1/1.3 part of the new array from the
existing nodes, only the rest 0.3/1.3 should be initialized to zero.
This should in theory cut down the times of occasional hangs with
dyntopo, since my guess is that it is caused by dynamic reallocations.
Maybe a linked list structure would help here? This is a bigger change
though, leaving as is for now.
Also, minor cleanup, delete duplicate ghash deletion and remove unneeded
commented code.
Topic says it all :)
Jut implemented operator to duplicate mask points
and segments between them (exactly the same behavior
as Curve object duplication in edit mode).
Does not copy animation, but that's tricky and likely
not needed anyway.
That ended up in tricky code trying to mimic depsgraph
branch behavior API-wise preserving texspace and bound
box calculation compatible with previous releases.
So for now bring cu->disp back to the trunk but keep
texpsace and boundbox APIs the same as in the branch.
This keeps texpsapce and boundbox behavior fully compatible
with previous releases and still makes API the same as
for meshes.
