Generated and UV coordinates from the duplicator of instance instead of the
object itself.
This was used in e.g. Big Buck Bunny for texturing instanced feathers with
a UV map on the bird. Many files changed, mainly to do some refactoring to
get rid of G.rendering global in duplilist code.
The issue was caused by SEQ_BEGIN macro modifying sequence's depth
which ruined transformation routines. Used own DFS instead which
doesn't modify sequences.
Also corrected some typos in api and comments.
Issue was happening when linking armature object and making proxy and was
caused by not copying visualization settings in BKE_pose_copy_data.
This lead to deadlocks in motion path drawing code.
After discussion with Campbell decided it is crucial fix since it fixes
bug appearing in really common scenario of using armatures.
- Bump version to 2.64
- No version char for this cycle
- This is finally release stage!
Splash would be commited in some hours from now.
Thanks everyone!
Made it so viewport will disable color management if display device set to None.
This solves couple of regressions, mainly related on old BGE files and made
None display behave exactly as old color management disabled.
- movieclip unlink didn't clear node ID pointers from the scene (leaving dangling pointers).
- mask datablock unlink was clearning references from scene nodes twice.
Issue was caused by cycles being duplicated curve objects before converting
them to mesh. This duplication will loose pointcache which resulted in object
not being properly deformed.
Made offset and crop working in final resolution space, meaning that visual result
would be the same when using different proxy resolution in sequencer preview and
different resolution percentage when rendering.
It could break some files designed to with render percentage not equal to 100%
using wrong image crop and offset values. But this would also make it easier to
setup scene and render it with different percentage (useful for preview renders
for example)
- Added initialization of frame node color to default theme loading
Used default color from 2.63a theme, should be pretty fine as default.
- Added some missing versioning checks which lead to differences between
startup.blend and default theme restored.
Color management would be applied on both of float and byte buffers on image
save in cases if file format doesn't require linear float buffer and if image
is saving as render result.
This solves both initial report issue and TODO marked in previous fix.
Also de-duplicated image buffer color managing code and gave some more
meaningful names for few functions. Also wrote documentation around this
function, so current assumptions about spaces should be clear enough.
Made regression tests by saving EXR/PNG images to all supported format and
rendering OpenGL/Normal animation, in all cases seems everything is fine,
but more tests for sure would be welcome.
this is a regression with color management, TIFF's were always being written as 8bit
however the float buffer is assumed to be linear when converting from float to 16bit pixels per channel, so support for color management might need to be added here.
When appling a particle system to a face whose area size is zero,
the jitter distribution failed. fmod() produces a NaN value in this
case. This commit simply checks if the jitter offset (I guess that is
"jitoff" means) and only call psys_uv_to_w() if it's a real floating
point number.
We need to assign color space for generated images when it's empty.
Do this in add_ibuf_size function in cases image's color space is
empty.
So now color management is always called with correct color space.
P.S. At least it should. If there're more similar issues please
let me know :)
fix pose-group-sort and pose-group-moving being disabled for pinned poses.
also fix for own missing NULL check for pose mask clear which would crash when run without an active object
- Color space of byte buffer for generated images haven't been
updated properly on change
- Byte buffers weren't handling data color spaces on display transform
properly
Issue was caused by completely different way how multi-layer EXRs are loading,
they're bypassing general image buffer loading functions.
Solved by running color space transformation on render result construction
from multi-layer EXR image.
Also fixed issue with wrong display buffer computing for buffers with less
than 4 channels. Issues were:
- Display buffer is always expected to be RGBA
- OpenColorIO can not apply color space transformations on non-{RGB, RGBA}
pixels.
