Limit Constraints (i.e. Limit Location/Rotation/Scale/Distance) with 'For
Transform' option enabled would still be applied when transforming objects even
when they were turned off using the eye icon in the constraint panel headers.
The "off" flag was never added to the checks for muted or disabled constraints
to be skipped here.
For example, if you're making a chain of bones (e.g. for a spine) by extruding
the tip joint of an initial bone, the bone rolls would be: 0 (for the initial
bone), 180, -180, 180, -180, etc. This has the undesirable effect of causing
B-Bones to twist to match the roll values at the other end of the bone.
The fix here seems to improve the situation in this case: bone roll values don't
flip or change anymore (in fact, the bone axes stay perfectly aligned now, as
they should). It also doesn't seem to cause any problems in other common cases I
checked.
This allows moving rigid bodies on frame > startframe.
Also rigid bodies can now be picked up and trown around while the
simulation is running.
Note: There is a small glitch with cancelling tansform during simulation
but it's tricky to get rid of.
TODO: Avoid static-static collision warnings
using numeric input
When using numeric input to move strips, the strip extent clamping code could
end up prematurely truncating one endpoint. This was because the clamping code
uses the values of the other end (e.g. end for start, and start for end) as one
of the limits on its allowable range to prevent inverted strips.
Now we just set these values twice - the first time, one of the endpoints may
still get truncated (while the other one will be able to go to its correct
value), then the second time both will get set correctly (and validated too).
add Ctrl+Shift+Tab shortcut for selecting snap type to the UV editor too.
also added icon drawing to WM_OT_context_menu_enum() so it gets the icons from the enum to draw them in the menu.
- no 2-step select edge, then slide. Instead you can slide and select the edge at the same time.
- ability to slide multiple verts at one.
supports proportional option for vertex slide and flipping, both matching edge slide functionality.
projecting it. The original paper suggests to simply interpolate between
the two points of an edge if the distance of the point to that edge is
smaller than a threshold.
* Fixed both 3D and 2D code to utilize this. Possibly other places in
blender where this scaling is done will have to be adjusted.
* Changed vertex interpolation to use 2D interpolation, since it already
did projection on plane and 2d calculations are faster.
* Also added notifier on hard recalc when uvcalc_transfor_correction is
used. Results in instant feedback on UV editor when edge sliding.
- add sequence.update(data=False) function.
- made some sequence vars editable.
- correct some comments.
also rename rna function sequence.getStripElem() --> strip_elem_from_frame()
There's many hardcoded scrollwheel events in Blender for this, and with new proper
analog trackpad handling I'll try to find good remapping for most cases.
Editmode "Shear" didn't communicate well.
- Added X and Y shortcut to set shear axis
- Added print in header to denote that.
It will still switch with MMB press too.
Disconnected bones can be translated in pose mode but this translation
cannot be applied to the iTaSC representation of the armature because
there is no joint associated with it. As a result, moving disconnected
bones had no effect. The bug fix is in two parts:
1) manual or rna change in the armature pose will cause automatic
rebuilding of the iTaSC scene
2) the iTaSC scene is now built from the current pose instead of
armature rest pose
Particle combing didn't always respond as expected. The combed effect was
depending on the center of object in view, instead of on the center of
selected hairs. That made combing in certain close ups impossible.
Same was actually true for transform tools for hairs!
And even worse - there was an optimize break in calculating center
which wasn't true even. Causing centers for transform to fail similar
in other cases.
caused by not projecting points behind the perspective view,
even though this worked in 2.64 the values were flipped (rotating direction was reversed and the center point was flipped).
added V3D_PROJ_TEST_CLIP_NEAR, when omitted ED_view3d_project_*** will project points from behind a perspective view plane.
ED_region_visible_rect(ar, rect)
Returns the visible rect inside a region, subtracting the overlapping UI regions.
Added with minimal overhead, only called once per region draw.
Also fixes the 'Auto Key' warning print in 3d window (was behind properties)
