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refacto(ocio): config overhaul #35
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the plan is to have multiple config variants for users,
reduce the build script by splitting "utility" code to different modules
- this reduce code duplication. - the initial need is that we want each `view` to have its own colorspaces defined, for software that don't expose `views` in export options. - this mean we need to build a matrix of display colorspaces x image renderings x looks - we call those colorspaces "image colorspaces" as they produce a viewable image. - we also renamed other colorspaces to have a more consistent and subjectively better naming convention
this is a breaking change fully changing the look over the previous version. this is the result of multiple month of research based on other people work around AGX and image rendering. the prototype of the rendering was achieved in nuke for fast iteration. The new rendering: - assume a BT.2020 working space - use a double inset which wrap a new "luminance compensation" algorithm (whatever that means) - use the outset concept
renamed some colorspaces names for better readability
major change on ocio side
…riant redshift is very annoying as its require to "find" some specific colorspaces to work but there is no documentation on that discovery process. see https://redshift.maxon.net/topic/44651/ocio-colorspace-discovering-process-is-too-obscure
adding the to the pyproject prevented them from being "live loaded" and required a rebuild on every modification
which does actually not do diff yet and just generates images
easier to compare mosaic images between versions that change colorspaces names/order in config
switch to a fully automated process relying on the OCIO configs and oiiotool for image processing.
to avoid overlap on ACES images
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Bif refactoring of the config
Changelog
Added
BT.2020
colorspace, with linear transfer-functionChanged
family
for "view" colorspaces{gamut name}-{transfer function}(-{whitepoint})
soLinear sRGB
becomesRGB-linear
Chore
<View>
and their colorspaces (Image Colorspaces)