Transformers One!
Display Transformers : The Development of ACES 2.0 and It's Implementation on Transformers.
youtu.be/VZti3UztRE4
Driving Toward Reality: Physically Based Tone Mapping and Perceptual Fidelity in Gran Turismo 7
blog.selfshadow.com/publications...
What makes a good picture (formation) ? by Chris Brejon
chrisbrejon.com/articles/wha...
ACES is joining the ASWF as an incubated project:
acescentral.com/aces-enters-...
Project Indigo - a computational photography camera app:
research.adobe.com/articles/ind...
The Cosmic Treasure Chest by Rubin Observatory:
rubinobservatory.org/news/rubin-f...
Thanks to the great work by @MichaelMauderer, CLF support is now available in Colour!
www.colour-science.org/posts/suppor...
Not colour science related but of interest in this day and age: Prompt Engineering by Lee Boonstra from Google
buff.ly/LfCpQ0t
OpenColorIO 2.4.2 has been released and ACES 2 support is now officially available with it!
buff.ly/5Lm0Rad
We are pleased to announce the release of the new OpenColorIO Configuration(s) for ACES 2.0: buff.ly/guty9Fh
What I tend to do is to use the sRGB matrix for any IO with “outside” data because most people use the matrices directly and for any “internal” processing, I use the derived matrices from ITU-R BT.709.
Hello,
The reason is because sRGB (IEC 61966-2-1:1999) defines the transformation from CIE XYZ to sRGB using a matrix with 4 decimals where ITU-R BT.709 only specifies the primaries and whitepoint which allows derivation of transformation matrices at machine, e.g., double precision.
Not colour science related but of interest for anyone working with LLMs: www.apolloresearch.ai/research/sch...
Building an extremely fast Python package manager, in Rust by @crmarsh.com
youtu.be/zOY9mc-zRxk
python-build-standalone has exploded in popularity, with over 70M downloads all-time.
But what is a "standalone" Python build?
It wasn't obvious to me at first! Initially, I didn't understand what problem was being solved or why it mattered...
BioSkin : Implementation of "A Hyperspectral Space of Skin Tones for Inverse Rendering of Biophysical Skin Properties"
bit.ly/4fzVov0