Added a new input control that smooths the brush stroke.
This option controlled by the menu item Sculpt>Input Control>Smooth Stroke. When enabled, the brush has a delayed effect on the model; a green line is drawn to indicate the smoothed path of the stroke. After ~200 pixels, the first half of the stroke will be applied to the model; the process then repeats, with a new segment of the stroke being applied to the model after every 200 pixels. On mouse up, any remaining portion of the stroke will be applied.
Other changes:
* Added a flags field to SculptData; currently only used for smooth stroke but other flags can be moved into it
* Moved the damaged_rects/verts into SculptSession
* Simplified brush application by moving init_editdata into do_symmetrical_brush_actions
* Removed Averaging from sculpt Input menu; smooth stroke should take its place
TODO:
* Fix display of the smooth line in Partial Redraw mode
* Make the smoothing and delay factors adjustable
* Optimize the stroke application (currently using the old 'dot' style of applying the brush)
I've moved the Auto-Keyframing functionality out of the special_aftertrans_update function into two separate functions, which can be called independent of the Transform system. One is for Bones, while the other is for Objects.
This now means that the Shift-S Snapping Tools will now work with auto-keyframing.
This commit adds a few open/closed 'eye' icons to the NLA editor to toggle IPO-block muting on Object (IPO) channels, and Action Strip muting on Action Strips, like in the Action Editor.
It is now possible to temporarily 'mute' and IPO-block or IPO-curve. This functionality has been requested by the Plumiferos team, and is based off Patch #6866 by Juho Vepsäläinen (bebraw).
Usage:
* In the IPO Editor header, there is a toggle button (open/closed eye used for Outliner Visibility restriction) beside the IPO-blocktype menu, when there is an active IPO-block in the IPO Editor.
* In the Action Editor, beside the 'lock' icon for channel protection on Action/Constraint channels, there is the open/closed 'eye' that can be toggled to set the mute status of said channel's IPO-block.
* Also in the Action Editor, you can mute individual IPO-curve channels in a similar manner.
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Bugfix #6847: Boolean code was marking some valid faces as "PHANTOM" when the
three vertices were nearly co-linear (according to its tests). This
introduced holes into one or both meshes which could then result in either
holes in the final results and/or spurrious faces which should have been
split.
This commit removes the code in question until either an alternative test is
coded.
Now when editing the curve that a Bone with a Clamp To Constraint uses as its target, the Bones's position will be updated in realtime to match to changes in the curve.
This should also work for the FollowPath constraint now too.
Now when editing the curve that an Object with a Clamp To Constraint uses as its target, the Object's position will be updated in realtime to match to changes in the curve.
I was going to have this working for bones too, but I haven't got that quite working yet.
* Error print for getSettings was lacking a newline
* When adding a PyConstraint using Ctrl-Alt-C, the script is now queried to find out whether it uses a target.
Simplified the code in two functions where checking for targets/subtargets could really have been done using Constraint API methods (constraint_has_target, get_constraint_target).
Copying Displace modifiers by themselves did not work correctly. The code was incorrectly just copying memory for source modifier to the new copy, causing problems due to the ModifierData struct at the start of the DisplaceModifierData struct (linked list pointers still referring to old stack).
image->save as, default to the scene image type settings (just like
with F3: save rendered image).
Multilayer is still available in the list but most of the time,
it's not what you want by default. Too many times I've saved out a
render and frustratingly ended up with a huge 'filename.png.exr'.
Deleting a marker using DELKEY or XKEY requires undoing action twice. Changed order of deleting markers and deleting keys/strips to be in line with Action Editor.
I've recoded the way long keyframes work a bit, so that more cases are handled accurately. Now, it takes into account the number of IPO-curves that have keyframes in them on the start/end frame of the long-keyframe, instead of just taking the total number of IPO-curves present for the channel being drawn.
Here is a script template for the "Script Templates" menu in the Text Editor. It provides you with the necessary functions for a PyConstraint set up, and also includes descriptions on what is required in each function.
The BPy Access to PyConstraints. I have not implemented the setter for the PyC-ID-Properties access as I'm not too sure how this should be done.
Also fixed a few typos in the py-docs for the Limit Scale constraint.
At last! The ability to code constraints in Python. This opens up many interesting rigging possibilities, as well as making prototyping constraints easier.
* A PyConstraint script must begin with the line
#BPYCONSTRAINT
* It must also define a doConstraint function, which performs the core actions of the constraint.
* PyConstraints use IDProperties to store custom properties for each PyConstraint instance. The scripter can choose which of these ID-Properties to expose to a user to control the behaviour of the constraint. This must be done using the Draw.PupBlock method.
Credits to Joe Eager (joeedh) for coding the original patch on which this is based. I've made heavy revisions to large parts of the patch.
For more detailed information, and some demo scripts, see the following page:
http://aligorith.googlepages.com/pyconstraints2
which caused faces of convex objects to be classified wrongly. Also removed
some dead code. For convex objects, the BSP trees would also be literally
orders of magnitude larger than they were supposed to be (one test with a
5000 face torus reduced the BSP tree size from 5.96 million nodes to just 72.1
thousand).
This commit refactors curve selection system to use certain curve selections
functions that encapsulate setting of selection flags. New function to select
adjacent control points was introduced too. Refactoring made it possible to
simplify certain existing selection functions quite a bit.
New functionality was delivered as well. Select more/less works now with NURBS
as expected. Also two new curve selection functions were added: Select Every Nth
and Select Random.
See http://wiki.blender.org/index.php/BlenderDev/Curve_Selection_Tools for
further information.
Duplicating bones now also duplicates the Transform Locks, and IK DOF settings, along with constraints.
I have noticed a few random crashes while editing armatures recently, that seem to occur after duplicating a chain of bones. I've yet to find the cause though.
* In add_levels, moved the call to update_levels to the beginning rather than the end. This is slightly faster, as there's one less level to update. Also fixes a bug (introduced in rev. 10836?) that made multires's add_level differ slightly from the subdivide modifier.
* Removed two unused structs from multires
* Replaced one-line get_float function with a macro
* During add_level, move the freeing of temp data to after the update_level, so that this data isn't calculated twice
* Small optimization to multires based on profiling data; calculation of edge boudndaries is now cached along with multires mapping data to improve the performance of the catmull-clark code.
* Removed an unneeded call to create the temporary data when loading files.
