- bpy.data.*.load() functions were only accepting UTF-8 paths.
- rna functions/properties now accept byte values rather then strings for file paths.
- bpy.path.resolve_ncase now supports byte objects.
* Added Backdrop Panel inside the "Properties" area.
* Hard limit for the "zoom" value. Negative values doesn't make sense.
* Added a missing notifier for the Node backdrop move operator.
oldbump -> original
newbump -> compatible
*new* -> default (3tap)
*new* -> best quality (5tap)
the latter two have an option to apply bumpmapping in
viewspace - much like displacement mapping
objectspace - default (scales with the object)
texturespace - much like normal mapping (scales)
were getting formed wrongly
Although the RNA paths for the custom properties could get evaluated
correctly, keyframe status highlights in buttons didn't always work
correctly, and would lead to a duplicate F-Curve for the same setting
getting created.
This commit introduces a new Keying Set: "Whole Character", which is
specially designed for character animators blocking out their
animation. It should make animating with rigs such as the Sintel rigs
(and other "mainstream" setups, though others may also work with a few
modifications) much easier.
It automatically determines which properties on every bone in the
active rig should be keyframed, avoiding an initial set up step where
properties may be missed, or non-animatable properties are also
needlessly keyframed. To do this, it relies on several rules:
1) All bones in the armature, regardless of visibility status are
considered, so that hiding some layers on some keyframes then
keyframing them later won't create problems with earlier poses
changing
2) Bones starting with certain prefixes, i.e. DEF, MCH, VIS, etc. (the
full list is available in the code for this, and can be/is meant to be
modified by riggers in their own versions as they see fit), so that
some bones on hidden layers which shouldn't be seen by animators are
not keyframed
3) Locked transforms AREN'T keyframed
4) All custom properties ARE keyframed - currently this is the best we
can do, as it's hard to tell if they're needed or not, or even if
they're already driven.
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While we are more and more moving towards enabling features in the Python API, it's also important to have Logic Bricks working with no scripts.
This option allows you to start the game with the mouse cursor on (it's on Render Buttons). The defalt is still off (no do_version needed here).
* Before the different simulations all had a panel with an "add this" button making the whole tab look really messy. It also rarely makes sense to have more than one or two physics things enabled for a single object, so having all the panels in the tab just added a great deal of visual clutter.
* Now there is a single "enable physics for" panel at the top that allows for enable/disable of any simulation. All actual physics panels are hidden until a simulation is enabled.
* There was no "add" button for force fields before, but I added a toggle between "none" and "force" to unify the ui even further.
* Argh, particles tab was showing the whole "non applicable settings for fluid particles"-galore as the particle type "fluid" can't be checked from rna using the settings type value. Now the ui is a lot cleaner and only settings that actually effect the fluid particles are shown.
Although strictly-speaking, this only applies to a certain type of NLA
Strip (there are 3 types), but since only the classic "Action Clip"
gets much attention, it's probably worth exposing this here too to
make batch editing of strips a bit easier.
1) Added a new operator to swap the order of strips within a track
(Alt-F).
This makes it possible to select two strips (or more precisely, two
islands of consecutive + selected strips) in a single track and change
the order in which the appear without needing a extra tracks to
perform the move through.
As usual, the non-overlapping rules apply, so there may be some cases
where swapping in this way is not possible without adjusting the
intermediate strips first manually. Otherwise, everything just gets
too tricky to manage deciding what adjustments should be done to the
obstructing strips to make a fit.
2) Freeing meta-strips didn't free their local data properly (i.e.
modifiers they may have had).
3) Adding strips to tracks, where the endframes for the strips
overlapped would cause problems with incorrect ordering of strips. I
still need to double-check whether evaluation works ok in this case...
misleading (?)
"X-Axis Mirror" option didn't work in Pose Mode, so hiding this option
for now. Perhaps one day we could properly support this for all
operators there, but that is more of a long term todo...
- enabling/disabling no longer prints in the terminal unless in debug mode.
- remove 'header' struct from BLI_storage_types.h, from revision 2 and is not used.
- Add GCC property to guardedalloc to warn if the return value from allocation functions isn't used.
- files blender exports (blender uses unusual array formatting).
- scene needed to be rotated on import.
- lamp spot size was half as big as it needed to be.
x3d export typo broke image export.
