Sure. The poster I was replying to wrote that DLSS5 "decided" to change the image in this or that way, so I kept using the same language. I think we both understand that this is just a piece of software trying to do what it is hardcoded to do.Because they aren’t choices. No one made any choices here, they just turned on the DLSS5 and an AI made it look more like what it expects the image should look like based on its training data (which is basically every image of a blonde woman on a city street at night on the internet). Accordingly, it regresses to the mean. It changes details of her facial structure, it adds makeup, it invents light sources, and it changes the color temperature of the image to be significantly cooler. Because more of the images in the training data are of models that are made-up and lit for a photo shoot. But this isn’t supposed to be a still image, it’s a screenshot of a full-motion 3d scene, lit the way it is to create a specific mood and tone that the AI is not capable of understanding.
But at a deeper level, DLSS5 did not create itself. Somebody coded it, somebody decided what data to use for the training, somebody approved the resulting footage for public release, ... All these actual choices from actual humans contribute to the DLSS5 preview we are discussing, so I think that "choices" is still an appropriate term to summarize the changes.
I was not trying to make a general point on color temperature. I simply pointed out that to me that the difference in skin tones between the two images seemed due to an overall white balance shift, rather than any specific DLSS5 issue with non-caucasian skin tones. If you white balance on the same white target (e.g. the ball, white shirts of background spectators, ...) the skin tones in the two images come out much closer, and residual differences can be explained by DLSS5 changing face lighting.It makes the color tone of all of the images cooler. That’s the AI slop effect; regression to the mean. On average, the model’s training data must have a slight bias towards cool lighting.
DLSS5 may have issues with non-caucasian skin tones, but I think that these two specific images do not make a strong case for that.







