Lattice deformation used to store some runtime data
inside of lattice datablock itself. It's something
which is REALLY bad. Ideally DNA shouldn't contain
and runtime data.
For now solved it in a way that initialization of
lattice deform will create a structure which contains
lattice object for which deformation is calculating
and that runtime data which used to be stored in
lattice datablock itself.
It works really fine for mesh deform modifier, but
there's still runtime data stored in particle system
DNA, It didn't look something easy to be solved, so
leaving this as-is for now.
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svn merge -r58277:58278 -r58795:58796 ^/branches/soc-2013-depsgraph_mt
This is because render info's current frame is either happens in
conversion stage (when using Render Layers node) or in sequencer's
rendering (which you don't usually have).
Now made it so when only compositor is used, proper current frame
is being set to re->i stats structure.
* Render Passes are now available for Subsurface Scattering (Direct, Indirect and Color pass).
This is part of my GSoC project, SVN merge of r58587, r58828 and r58835.
This was in fact really nasty bug, caused by multitex_nodes
function using global variable R (which is a copy of current
renderer). this variable is not initialized to anything
meaningful for until first rendering (preview or final)
happened.
Since multitex_nodes might be used outside of render pipeline,
made it so whether CM is on or off as an argument to functions
multitex_ext_safe and multitex_ext. Now multitex_nodes() is
only shall be used for stuff happening from render pipeline!
Also needed to make some changes to other places, so all the
usages of texture sampling knows for the fact whether CM is
on or off.
And one more change is related on behavior of dispalcement,
wave, warp, weightvg modifiers and smoke. They'll be always
using CM off since texture is used for influence, not for
color.
It's rather bigger patch, but it's mostly straightforward
changes, which we really need to be done.
Reviewed by Brecht, thanks!
buffers option, it requires specific tile sizes and if they don't match what
OpenEXR expects file saving can get stuck.
Now I've made support for his optional, with a bl_use_save_buffers property for
RenderEngine, set to False by default.
internal viewport rendering. Lots of tweaks here, mainly:
* Stop 3D viewport render and free database before undo.
* Accumulate update flags rather than replace them each time it rerenders, to
avoid previous updates getting lost.
* Don't check against Render struct view parameters for changes, those are set
in the job thread which might not run before the next update call.
Now the viewport rendering thread will lock the main thread while it is exporting
objects to render data. This is not ideal if you have big scenes that might block
the UI, but Cycles does the same, and it's fairly quick because the same evaluated
mesh can be used as for viewport drawing. It's the only way to get things stable
until the thread safe dependency graph is here.
This adds a mechanism to the job system for jobs to lock the main thread, using a
new 'ticket mutex lock' which is a mutex lock that gives priority to the first
thread that tries to lock the mutex.
Still to solve: undo/redo crashes.
The crash was caused by a reference of freed memory in add_halo_flare() that relied
on the global variable R to retrieve a list of objects. The value of this variable
is invalidated by a nested execution of the Blender Internal renderer for Freestyle
stroke rendering, leading to the documented memory reference issue.
Callback handle was assigning to wrong storage in RE_draw_lock_cb.
So far it was completely harmless because all the callbacks are
using the same handle, so test_break_callback was using correct
handle, and since draw_lock_callback didn't use handle at all
nobody noticed this.
But this typo lead to draw_lock_callback using NULL instead of
real RenderJob, which is bad for the feature we're working in
GSoC branch.
give black speckles (self intersection errors) in raytraced shadows.
Motion blur does some extra offsets for free antialiasing in the motion blur
samples, but did not take them into account everywhere.
Issue was caused by render result passing to a compositor
was having a resolution of border when using a camera border
in cases there's no Render Layer nodes.
Made it so resolution in which compositor works does not
depend on whether Render Layers present or not.
Now add_freestyle() in pipeline.c takes a second argument to enable/disable
stroke rendering. When stroke rendering is disabled, the function allocates
data structures but does not perform stroke rendering. The allocated data
structures (mostly left unpopulated with data elements) are intended to allow
for the Read Full Sample Layers (Shift-R) command in the compositor.
* Panorama Camera was not working for Blender Internal and Cycles anymore.
Code checked for Freestyle render layer flag, but as the flag is enabled per default, it broke Panorama camera in all cases. It made no sense to check this on a render layer basis anyway... check if Freestyle is enabled in general now instead.
