- brought back the check for a valid relative base when selecting.
- kept the check for when file is saved too and warning message is printed to console instead of popping up.
Also fixed BLI_split_filedir overwriting parameter passed as const char*
* bugfix: calling imagebrowser with relative path results in non-existing dir
* cleanup: removed unneeded BIF_filelist_appenddir function
* added check for valid relative base when activating imagebrowser (like in filebrowser)
Now, when rotating along local axes of an object/bone with a copy-rot constraint that has offset on, the results are more predicatable. However, doing so with global axes is still in CrazySpace (TM).
This fixes up angle based subdivisions, adds embedding post processing methods (before, only average was there, added smooth and sharpen).
More parameters are controllable through the UI.
This commit fixes the issue by disabling access to screens via the path input field.
Note that appending screens might actually be a useful feature to implement at some point.
* made stamp filename optional
* renamed weightpaint "Filter" to "Blur"
* made the defailt weightpaint opacity 1.0 rather then 0.2 so when you select 1.0 weight you can paint it with without multiple clicks.
'Auto IK' is a great feature, however when solitary unconnected bone (without connected child bones) is grabbed it can't be moved because of IK. This can be really annoying. Preventing 'Auto IK' for solitary bones would improve user-experience by making mixing of FK and IK more convenient while using 'Auto IK'.
Patch by Teppo Kansala (teppoka).
This patch by Teppo Känsälä (teppoka) makes parenting bones with Ctrl-P support the X-Axis-Mirror option for Armatures. It will cause the mirror-bone of the selected bone to also get parented. i.e. if "bone.R" was selected and being parented, "bone.L" would also get parented.
I've made an addition to this patch, which means that if the bone that acts as the parent also has a mirror-bone (i.e. when parenting "lowerArm.L" to "upperArm.L", "lowerArm.R" gets parented to "upperArm.R"). Otherwise, they both get parented to the same parent bone (i.e. a parent bone that doesn't belong on either side such as "upperSpine")
with many points (think treetrunk), it would be nice to take into account distance on the path when doing the curve interpolation.
Also moved added undo call's that were missing for 2 of the other curve specials.
Scene.update(full=1) was pretty useless as it didn't actually evaluate the
depsgraph DAG. This meant, for example, that re-evaluating the parenting
tree for an armature pose could only be done by redrawing the view (which
evaluates the depsgraph). scene_update_for_newframe() is now called when Scene.update is in "full" mode; to prevent firing off newframe scriptlink events, scriptlinks are
temporarily disabled while scene_update_for_newframe() is being called.
Peach Request:
Now the Action and NLA editors have the "Extend" transform mode first seen in the Sequence Editor. Just use the EKEY to start transforming.
It works like Grab, except it only moves the keyframes/side of NLA-strip that was on the same side of the current-frame marker as the mouse was when transform started.
B-bones didn't work well with non-uniform scaling applied to them.
The code to solve this is not too pretty, but don't know how to do
it simpler, and at least it makes that stretchy spine work.
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The MeshDeform modifier can deform a mesh with another 'cage' mesh.
It is similar to a lattice modifier, but instead of being restricted
to the regular grid layout of a lattice, the cage mesh can be modeled
to fit the mesh better.
http://www.blender.org/development/current-projects/changes-since-244/modifiers/
Implementation Notes:
- OpenNL has been refactored a bit to allow least squares matrices to
be built without passing the matrix row by row, but instead with
random access. MDef doesn't need this actually, but it's using this
version of OpenNL so I'm just committing it now.
- Mean value weights for polygons have been added to arithb.c, a type
of barycentric coordinates for polygons with >= 3 vertices. This
might be useful for other parts of blender too.
