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Updated 03:42 September 12th, 2012
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build on Ubuntu 11.10



Commit by nazgul :: r50535
Color Management: prevent abort when sequencer's color space is not found in OCIO configuration

Commit by nazgul :: r50533
Color Management: improve compatibility with old files with disabled color management
Still not perfect compatibility, but making it better is a bit tricky now.

Commit by nazgul :: r50532
Sequencer: added option to calculate modifiers in linear space
It was really annoying mistake in original support of logarithmic color space
for sequencer which made adjustment layers be working in linear space. Seems
this was only an issue for modifiers in adjustment effect.
Now all modifiers are applying in sequencer's color space (in fact, this was
fixed in svn rev50275).
To preserve compatibility of Mango grading added this option which probably
wouldn't be used by others.

Commit by nazgul :: r50527
Color Management: fix for wrong default color space and view

Commit by nazgul :: r50522
Merging r50502 through r50521 from trunk into soc-2011-tomato

Commit by nazgul :: r50521
Color Management: color space cleanup
Hide all meaningless for Blender input color spaces and made naming
for rest of them to match Blender's interface better.
Not sure if we'll need to support logarithmic color space as input.
Renamed P3DCI to DCI-P3 which seems to be more common naming.
Also added Film view for DCI-P3 display.

Commit by nazgul :: r50520
Color Management: added check for invertibility of color spaces
So now non-invertible color spaces can not be used as input color space
for images and as working color space for sequencer.
Currently have got two hard-coded families which are rrt and display.
If color space belong to one of this families, it would be considered
as non-invertible.
Data color spaces are always considered invertible.
If color space has got to_reference transformation, it'll be considered

Commit by nazgul :: r50509
Color management: get rid of hardcoded color space None

Commit by nazgul :: r50508
Color Management: port image stamp to new color management system
Use the same approach as interface does by using default view which
is supposed to be invertible to convert color from display space to
scene linear.

Commit by nazgul :: r50507
Color Management: resolve TODOs related on HSV widgets

Commit by nazgul :: r50506
Color Management: add View as Render to image datablocks
This is need since some images (like normal maps, textures and so) would
want to be viewed without any tone map applied on them. On the same time
it's possible that some images would want to be affected by tone maps,
and renders would always want to be affected by tone maps.
After long discussion with Brecht we decided less painful and most clear
way would be to simply add "View as Render" option to image datablocks.
If this option is enabled for image, both settings from Display and
Render blocks of color management settings would be applied on display.
If this option is disabled, only display transform with default view and
no exposure/gamma/curves would be applied.
Render result and compositor viewers would always have "View as Render"
There's separated setting when image is saving which says whether saved
image should be affected by render part of color management settings.
This option is enabled by default for render result/node viewer and
disabled by default for all the rest images. This option wouldn't have
affect when saving to float formats such as EXR.

Commit by nazgul :: r50503
Color Management: finish pipeline changes
This commit hopefully finishes color management pipeline changes, implements
some missed functionality and fixes some bugs.
Mainly changes are related on getting rid of old Color Management flag which
became counter-intuitive in conjunction with OpenColorIO.
Now color management is always assuming to be enabled and non-color managed
pipeline is emulated using display device called None. This display has got
single view which is basically NO-OP (raw) transformation, not applying any
tone curve and displays colors AS-IS. In most cases it behaves the same as
disabling Color Management in shading panel, but there is at least one known
difference in behavior: compositor and sequence editors would output images
in linear space, not in sRGB as it used to be before.
It'll be quite tricky to make this behave in exactly the same way as it
used to, and not sure if we really need to do it.
3D viewport is supposed to be working in sRGB space, no tonemaps would be
applied there. This is another case where compatibility breaks in comparison
with old color management pipeline, but supporting display transformation
would be tricky since it'll also be needed to make GLSL shaders, textures
and so be aware of display transform.
Interface is now aware of display transformation, but it only uses default
display view, no exposure, gamma or curve mapping is supported there.
This is so color widgets could apply display transformation in both
directions. Such behavior is a bit counter-intuitive, but it's currently
the only way to make color picking working smoothly. In theory we'll need
to support color picking color space, but it'll be also a bit tricky since
in Blender display transform is configurable from the interface and could
be used for artistics needs and in such design it's not possible to figure
out invertable color space which could be used for color picking.
In other software it's not so big issue since all color spaces, display
transform and so are strictly defined by pipeline and in this case it is
possible to define color picking space which would be close enough to
display space.
Sequencer's color space now could be configured from the interface --
it's settings are situated in Scene buttons, Color Management panel.
Default space is sRGB. It was made configurable because we used vd16
color space during Mango which was close to Film view used by grading
Sequencer will convert float buffers to this color space before operating
with them hopefully giving better results. Byte buffers wouldn't be
converted to this color space an they'll be handled in their own colors[ace.
Converting them to sequencer's working space would lead to precision loss
without much visible benefits. It shouldn't be an issue since float and
byte images would never be blended together -- byte image would be converted
to float first if it's needed to be blended with float image.
Byte buffers now allowed to be color managed. This was needed to make code
in such areas as baking and rendering don't have hardcoded linear to sRGB
conversions, making things more clear from code point of view.
Input color space is now assigning on image/movie clip load and default
roles are used for this. So for float images default space would be rec709
and for byte images default space would be sRGB.
Added Non-Color color space which is aimed to be used for such things as
normal/heights maps. It's currently the same as raw colorspace, just has
got more clear naming for users. Probably we'll also need to make it not
affected by display transformation.
Think this is all main pipeline-related changes, more details would be there:
Other changes and fixes:
- Lots of internal code clean up in color management module.
- Made OpenColorIO module using guarded memory allocation. This allowed to
  fix couple of memory leaks and would help preventing leaks in the future.
- Made sure color unpremultiply and dither are supported by all OpenColorIO
  defined color transformations.
- Made compositor's preview images be aware of display transformation.
  Legacy compositor still uses old Color Management flags, but likely we'll
  disable compositor for the release and remove legacy code soon, so don't
  think we'll need to spend time on porting that code to new color management
- Made OpenGL rendering be aware of display transform when saving render
  result. Now it behaves in the same way as regular rendering.
- HSV widgets are using linear rgb/sRGB conversions for single channel,
  not sure how this should be ported to new color pipeline.
- Image stamp would use hardcoded linear rgb to sRGB conversion for
  filling rectangles. Probably it should use default display view
  for this instead, would check this with Brecht.
- Get rid of None color space which was only used for compatibility reasons.
- Made it more clear which color spaces could be used as input space.
- There're also some remained TODO's in the code marked as OCIO_TODO,
  but wouldn't consider them as stoppers for at least this commit.

Commit by nazgul :: r50502
Merging r50484 through r50501 from trunk into soc-2011-tomato

Commit by nazgul :: r50484
Merging r50478 through r50483 from trunk into soc-2011-tomato

Commit by nazgul :: r50478
Merging r50470 through r50477 from trunk into soc-2011-tomato

Commit by nazgul :: r50470
Merging r50457 through r50469 from trunk into soc-2011-tomato

Commit by nazgul :: r50467
Tomato: alignment issue fix
There were alignment issues on 32bit systems caused by 64bit integer
used in Scene.
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