6a083a5464
* Store scene linear to XYZ conversion matrix in each blend file, along with the colorspace name. The matrix is the source of truth. The name is currently only used for error logging about unknown color spaces. * Add Working Space option in color management panel, to change the working space for the entire blend file. Changing this will pop up a dialog, with a default enabled option to convert all colors in the blend file to the new working space. Note this is necessarily only an approximation. * Link and append automatically converts to the color space of the main open blend file. * There is builtin support for Rec.709, Rec.2020 and ACEScg working spaces, in addition to the working space of custom OpenColorIO configs. * Undo of working space for linked datablocks isn't quite correct when going to a smaller gamut working space. This can be fixed by reloading the file so the linked datablocks are reloaded. Compatibility with blend files saved with a custom OpenColorIO config is tricky, as we can not detect this. * We assume that if the blend file has no information about the scene linear color space, it is the default one from the active OCIO config. And the same for any blend files linked or appended. This is effectively the same behavior as before. * Now that there is a warning when color spaces are missing, it is more likely that a user will notice something is wrong and only save the blend file with the correct config active. * As no automatic working space conversion happens on file load, there is an opportunity to correct things by changing the working space with "Convert Colors" disabled. This can also be scripted for all blend files in a project. Ref #144911 Pull Request: https://projects.blender.org/blender/blender/pulls/145476
This folder contains files used by ctest testing system in Blender. The purpose of this files it to do automated render tests for Cycles, Workbench and EEVEE. If you want to extend this collection make sure the file is really small and uses as few samples as possible for reliable detection of render regressions. Each file is expected to be rendered in around one second.