* WM_timecursor is broken somehow, so pointcache baking makes the cursor disappear.
* For user this seems like blender has frozen although it's just a matter of no progress indication.
* This fix just sets the default "busy" cursor for the whole duration of baking and reports progress in the console.
* If there's and easy fix for this then it should probably be done straight away, but I want to re-implement baking using the job system soon anyways, so a proper fix for this is not strictly necessary.
the brush system matches the brush mode with the object mode, but this doesn't work for 2D image view paint.
since the poll() function doesnt have access to the context, for now just check if no paint modes are active, default to texture paint.
Added extend option to lasso.
also...
- selecting bones wasn't checking their layer of if they were hidden in a number of places.
- fixed memory leak.
small unrealed changes
- added PBONE_VISIBLE macro
- renamed functions used for paint selectoin from *_tface to paintface_*. sine they no longer have anything todo with tface's.
- removed scanfill include from BLI_blenlib.h, this is only used in very few places and quite specific.
Noticed lasso select is broken for metaballs and face mask mode but this has been the case for a while, will look into it next.
* This caused nearly all particles to leak through the collision surface if simulation subframes were used and the collision object was moving.
* In addition to fixing this I also did some more cleanup of the collision code and refined some of the comments.
also known as: broken multicam strip caused by other fix.
Calculated render_size where it belongs (within the glow effect) and
restored old functionality.
also: renamed render_size to preview_render_size at all relevant places,
where the naming wasn't used correctly.
Hopefully it's now a little bit more clear.
render_size := render size from scene (just rescales width/height)
preview_render_size := preview render size from sequencer preview,
controls the resolution and the use of sequencer proxy sources
- fixed this error 7 different functions (deform groups, uv layers & similar).
- support for numbers over 999.
- renamed splitIDname() to BLI_split_name_num(), moved to BLI_path_utils
* The logic in some parts of the sequencer code was rather cryptic, so I cleaned it up a bit.
* There should be no functional changes what so ever from these changes.
mat4_to_eul & mat3_to_eul are already working this way.
Without this we get problems with constraints, eg:
rotation on the Y axis over 90d can be represented by setting the X and Z to -PI, Y would decrease to 0 (infact 180d).
Fix for one of the causes of crashing.
Applying armature deform wasn't thread safe since the pose bones had deform data written into them when deforming a mesh.
This fixes crashing immediately, on every render for me but blender still crashes calculating the subsurf sometimes.
replacing the extension could remove the frame number added to a path when writing images, so just add the extension rather then replacing even though it gives odd names at times. eg: foo.png0001.tga
Fix#22018: joining objects with different multires levels loses levesl from the higher multires object
- Synchronyze mulires subdivision level when joining objects
- Apply scale on MDISP layer when applying scale
- Re-calculate MDISP when joining scaled objects
object_apply_mat4 was incorrectly negating the matrix values,
This worked in most cases but even when it worked would end up with negative scales too often.
now when no negative scale is used they will all stay positive and from my tests it works in all cases now.
- open operator was incorrectly checking if the font path was set.
- rna ID editable check was also incorrect, checking the ID name rather then the filename.
- use define FO_BUILTIN_NAME rather then "<builtin>".
There was a slight discreptancy between the tail values calculated on the spline before the head was displaced for the "chain offset" option and after this operation. However, only the original version got set.
This small difference resulted in B-Bones thinking that the endpoints of the bones were in places that they were not in, hence causing the curly patterns observed in the report.
- armature_mat_pose_to_bone() was missing axis-angle check.
- added loc_axisangle_size_to_mat4() for completeness.
- use 'const' prefix where possible in math rotation functions.
* This fix is really only a bandage, as the underlying issue is that sequencer preview render doesn't yet use the job system.
* The sequencer preview can start a full render of the scene, and this can collide with other preview/actual renders in many cases.
* Drawing the sequencer preview is now disabled when an other render is in progress, but the sequence preview rendering could have already been started before the other render, so this doesn't really fix anything.
* For now only OpenGL rendering can be used for the sequencer preview reliably until it's reimplemented using the job system.
* Using the job system in the future can handle the clashes between different renders properly and will give users a nice progress bar to indicate something is happening while the preview is recalculated.
After discussions with Campbell regarding #24336 and #24309, we've decided to make this property for curves to only get set when an F-Curve explicitly animates it.
As a consequence...
- ALL OLD FILES using follow-path constraints that depended on this changed behaviour will currently need manual patching to add an appropriate F-Curve
- Ctrl-P (Parenting to Curves -> Follow Path option) will now automatically create such F-Curves mimicking the old behaviour so that creating camera-following-path setups still works smoothly.
- Directly adding a Follow Path constraint bypasses this, so you'll need to manually add such F-Curves if you need them.
The main problem with the old approach was that there were many cases in which curve data could get added but the ctime would be incorrect until a frame change (i.e. on render) flushed this.
