Adding/Rename markers (M/Ctrl-M) were restricted to only being
available when the mouse was hovering just over the time scroller at
the bottom of animation editors, as otherwise we'd get nasty keymap
conflicts where markers keymap would block all the primary function
keymaps.
However, in the case of Adding/Renaming markers, there are no other
keys which currently conflict with these in such cases. Hence, it is
fine to let these ones be able to be run from anywhere within the
animation editors, which should make it easier to add markers for
lipsyncing purposes again for example.
* Converted BL_ActionActuator::Update() to use the new action api (still just armatures)
* Not all of the functionality of the old Update() have been ported (Lood end, continued animation, etc)
* Things are still pretty messy. Once have things more flushed out, I'll start stripping more of the old actuator out.
BL_ActionManager:
* IsActionDone(short layer) - Checks to see if the animation on the given layer has finished.
KX_GameObject:
* PlayAction(...) - Adds an action to the object's action manager
* StopAction(short layer) - Remove an action from the object's action manager
* IsActionDone(short layer) - Check if an action has finished playing
blender_add_lib now takes a separate include argument to suppress warnings in system includes (mostly ffmpeg & python).
also only build wm_apple.c on apple+carbon configuration.
Tweaked get_locked_flag() so 'i' wasn't initialized twice
Fixed a problem in do_weight_paint_vertex() that involved accidentally auto normalizing a locked group incorrectly if you painted an unlocked group.
It was lag of optimization logic, which always retuns object's derivedMesh
if one of of boolean operation's meshes has got no faces.
Actually, result depends on operation and which mesh has got no faces.
Added small utility function to handle this.
Do not indent if there's any non-space character after colon.
This only makes life a bit easier, but it's still not 100% correct indentation
strategy. For example when colon is inside non-closed string or so.
Also there's not indentation for { and un-indentation for }.
Handling such cases would require much smarter strategy..
This was caused because a small part of sculpt's radial control code did not make it into the new version. The old code would set a new object-space size by scaling it proportional to how much the new screen-space size was changed.
The solution I implement here is to do the same scaling inside the RNA callbacks. This way, users of those properties do not have to worry about inconsistency.
I added a comment warning that brush_set_size, brush_set_unified_size, brush_unprojected_radius, and brush_set_unprojected_radius do not guarantee consistency because it is not always possible to precisely know what the new unprojected radius is in all contexts where you might set the size.
I would implement the consistency check at the lower level (in those listed functions) but at this time I think it needs to be looked at to make sure that won't cause problems. In addition, I am not sure that scaling by the ratio of change is strictly correct in all cases.
In any case, this at least fixes the immediate problem.
[the problem also affected OSX]
PhysicsId are Long, not ints (see PyObject* KX_GameObject::PyGetPhysicsId() )
There is a reference in the code to use PyCapsule instead of int. I'm not sure
about that. This patch at least stops the crashes
(update: I talked with Campbell and he repeated that PyCapsule are better, but if long is working it's fine for now).
Revert of "SVN commit: /data/svn/bf-blender [36957]
trunk/blender/source/gameengine/ VideoTexture/VideoFFmpeg.cpp: fix for
ffmpeg linking in BGE ( patch by Jens Verwiebe (jensverwiebe) over IRC)"
Sorry folks, that patch breaks current ffmpeg GIT version.
Good news: it's all handled now automagically by ffmpeg_compat.h in
intern/ffmpeg
so: everything should be fine and dandy for very old and very new versions.
Added central compatibility header file, which enables blender to compile
against very old ffmpeg versions as well as very new versions using the
*NEW* API. (Old API functions are simulated using macros and inline functions)
Added a whole lot of additional checks, tested against 6 different versions
down the timeline, hopefully, now finally all is well.
