from center of every metalement to 26 directions and try to find every place, where implicite function
crosses zero value. Size of step is size of polygonization cube. It can be proofed, that smaller size of step
is useless.
Bug #10104 reported by bebraw: missing check for how many node sockets were being created by a pynode script. Too many (more than MAX_SOCKET == 64) would crash Blender.
http://projects.blender.org/tracker/?func=detail&atid=125&aid=10104&group_id=9
Notes: moved the MAX_SOCKET define from node.c to BKE_node.h so I could use it in Node.c. Also improved error reporting in pynodes when errors occur in the init stage.
Thanks Juho (bebraw), Tom (assigned the bug to me) and Brecht (mentioned the MAX_SOCKET define).
Adding Donut or Sphere surfaces with the Align to View option turned on added broken surfaces.
Those two surface type were always aligned in the past and their creation method were not made to deal with this. Fixed now (that is, they are aligned to view and created correctly if the option is on).
There might be other cases of this bug elsewhere.
could cause crashes.
Fix related to bug #10198: particle mode didn't respect undo steps
set to 0.
Also made the memory statistics print (ctrl+alt+shift+q) use the
more human readable form to give an overview, instead of printing
out a python script.
average over the last 8 times to reduce flickering. ideally this would show how many frames were drawn in the last second. but I think this is good enough just to get an idea how fast the animation is playing without annoying flicker.
The current layer information is now stored in KX_GameObject and inherited from the parent object when dynamically added. This information is used during the rendering the select the lamps. As the selected lamps are always coming from active layers, their position and orientation are correct.
fix for [#6580] invalid file names not handled consistently when saving
only affects windows, where invisible file stream could be created if filename contains ':'
When the IPO Editor is pinned, drivers will now be handled as if they belonged to the object that the ipo-belonged to when the ipo was pinned. This behaviour is more predictable than using the active object.
Intel Xeon only), doing a lot of mutex locking is really slow. Getting
the image buffer for each texture read then made using more threads
actually slow down the render. Now I've split up the function in two
parts, one parts that checks if the image is available, and another
that does a mutex lock and loading if needed.
Changes quite a lot of code, so hopefully doesn't break stuff, but it
seemed to survive test with rendering a number of frames using all
image types and many threads, though this kind of threading problem
only happens once in a while .. so hard to test for.
FSA requires exr, so I've disabled the buttons too in that case. I also
noticed CMake doesn't enable openexr by default, but a lot of the render
code relies on it, so I've enabled it by default now.
* Added a new tool "Synchronise with Armature" (found under Channels->Grouping), which synchronises the grouping of action-channels and the grouping of their relevant bones.
This only works when the active object is an armature, and the action isn't pinned. All of the action's action-channels are removed from their groups, and are added back into groups according to the current grouping of their corresponding bones.
A bit of testing for weird cases is needed.
* Group colours are now not drawn if the group originally was using the 'default' colour-set.
The Outliner was being built incorrectly, leading to fake "IPO-Driver"-linked objects being shown under IPO's. These were caused by a missing break statement, which lead to the IPO case flowing on to the Action case. This could cause crashes with undo on some computers.
* in scene.c in blenkernel, set_last_seq (defined in src - editseq.c) is called... this may/may not need some stubs for game-engine stuff
* removed unused vars due to old particle-effects stuff
