as does only edges and individual faces extrude (individual vert
extrude already did).
Note that I need to port this, after we all figure out how to handle
operators with variable transform follow-ons.
I also implemented the merge->collapse function, which is currently
accessable under ctrl->v, Bmesh Test Operator. I still need to
implement the other merge modes, and properly hook everything into
the merge menu tool, which I plan on doing soon (tomorrow hopefully).
The cool thing about the collapse tool, is not only does it handle (all)
UV layers, it handles vcols as well. To do this, I had to add a few math
functions to the customdata API, which seem to be working well.
* Disable shaded mode for now, it cause too many crashes combined
with preview render, will be fixed properly later.
* Make 3d view toolbar region a bit wider. Ideally this would not
be needed, but the sculpt/paint buttons just don't fit otherwise.
* Revert change to icon/text spacing in buttons, it breaks text
editing and clipping. Will properly fix this later so changing
the spacing can be done centrally.
* Fix for grease pencil simplify stroke python error. Now button
is hidden (as in 2.4), but still available through outliner.
* Fix for memory leak in UI code, when using ctrl+Q menu.
* Fix submenu > icon being drawn on some buttons where it was not
needed.
* Added toolbar UI for setting "anchored" mode
* Added a "persistent" mode for the layer brush; basically you can keep sculpting on the same layer between strokes when this is on. There's a button to reset the base so you can add another layer on top of that, and so on.
This feature was suggested by Blenderer on BA, thanks!
Note, I think these options could use better names in the UI, but I couldn't really think of anything very descriptive, suggestions welcome
- Bugfix: a bit too fast ;-) Better do it right too (problem with res > 150)
- fixing high res view button which disappeared sometimes
- fixing tooltip
When there were no strips but some empty tracks, the active action should be evaluated normally. This is not an optimal solution (more user testing + suggestions regarding the best way to do this is welcome).
The main contribution of this commit is the possibility to save Freestyle configuration information inside .blend files. It required an extensive refactoring of the previous interface code.
The code has been tested and does not crash on my machine. If you encounter issues, please let me know (and if possible, sending me an sample .blend file).
DETAILS:
- refactored code to notify Freestyle when adding/removing render layers (FRS_freestyle_config.{h,cpp})
- corrected the freeing of style modules when files are read from / written to disk
- moved Freestyle configuration information into scene renderlayers, to allow loading / saving .blend files (DNA_scene_types.h DNA_freestyle_types.h FRS_freestyle.cpp)
- inserted temporary trick to prevent crashes when orthographic camera is used (SilhouetteGeomEngine.cpp), but outputting incorrect feature line calculations
* Added callback function for some metaball properties:
When some properties (wiresize, threshold, update flags) of metaball are changed, then these properties are copied to all metaballs in the group (all metaballs with same base name). This is important to "share" some properties between metaballs, because polygonisation of metaball is influenced only by properties of base metaball and base metaball can be changed.
* Improved drawing of selected Metaball objects
files but only manipulates paths. It produces both ablsolute and relative paths. COLLADA exporter can now use it.
- re-wrote unit test for it, this is now more compact and readable
- RNA API Image.get_export_path takes a boolean arg to indicate whether a relative or absolute path should be returned. Python scripts
can now use it.
a) fixing domain boundaries
b) fixing flow gui (no more velocity there - taken from particles)
c) Outflow available (deletes smoke from scene)
d) deactivating other noise options for now
e) base for render/preview settings
f) fixing collisions to be working again
This brings back sequencer rendering, moving do_render_seq() into the
pipeline where it belongs.
Things to fix: SCENE-strip rendering and memory cleanup for
SCENE-strips.
Otherwise: enjoy :)
Note: Rna access to softbody point cache is through softbody modifier although the point cache is in softbody settings. This is to make it similar to cloth.
Bugfix: Softbody rna was trying to get "ob->soft->softflag" instead of the correct "ob->softflag".
* "Pushing down" the action to make a new strip will now make the new strip the 'active' one.
* 'Active Action' field in Animation Data panel is now editable as long as we aren't in "tweakmode"
* Added some optimisations to avoid having to try evaluating some data that won't have any effect.
* Converted playback buttons in timeline header to use operators too
* Animated ShapeKey F-Curves/Drivers are now visible in the Animation Editors.
* As a result of this, the old 'ShapeKeys' mode (which would display all the shapekey channels, even if they had no keyframes yet) in the DopeSheet, no longer works for now. However, it would have been of no use as no sliders were shown anyway.
* Drivers which depended on the rotation of bones now work again. These now point to the right RNA properties, and get some extra 'time' corrections (for degrees -> radians change).
* When doing realtime recording of animation (i.e. transforming objects + bones while animation playback is running, and auto-keying is enabled), animation will be added to a new NLA Track+Strip combo everytime a single 'loop' of the frame range has finished. This will allow 'passes' over the animation to be less destructive.
* Made the evaluation of the active action (when NLA data is present), be handled as part of the normal NLA system evaluation code (as if it were just another strip in a track at the end). The immediate benefit is that there are now some settings (available in the "Animation Data" panel in the NLA Editor with a strip selected) which allow for the way the active action is combined with the NLA stack results. For instance, the way that the action extrapolates is used in the recording tweaks above.
a) Crash fixed when loading files with smoke
b) changed presets to be more low-cpu friendly
c) smoke looks thicker
Unsolved:
a) 3dview of smoke changes weirdly when looking at front/back. Just move around a cube with smoke and you know what I mean - odd shading. If someone likes to take a look: draw_object.c -> search for "smoke" there
Not working:
a) rendering (since volumterics branch is not merged yet)
b) moving collision objects of any kind
c) saving of collision objects (because that's what I am working on)
d) pointcache
e) A bunch of other things I already know of
So please do not report any bugs on this one yet :-)
Other code will eventually move out of armature editor (to help reuse).
This solves the issue reported by Cambo on the ml about kernel code calling editor functions.
* When resizing the window, the top position is now preserved,
instead of the center position.
* Fix zoom level not being preserved in various cases, when
changing both with and height. This replaces some earlier code
which did this at screen level but wasn't very reliable.
* Different tabs now each preserve their own scroll.
* When switching between tabs, it now scrolls to show as many
buttons as possible, instead of possibly showing empty space.
There is a trade-off here between doing that keeping the
buttons in the same place, no ideal solution exists I think.
* Change zooming in/out to be symmetric, for example doing
numpad + then - did not give the original zoom level back.
* Added some calls to avoid hanging tooltips when manipulating
the view.
Internals:
* Added V2D_KEEPOFS_X and V2D_KEEPOFS_Y to keep the top/bottom
rather than the center.
* Renamed V2D_KEEPZOOM to V2D_LIMITZOOM (seems more appropriate),
and make V2D_KEEPZOOM preserve the zoom level.
