this post was submitted on 21 Jun 2025
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The "white" pixels are literally blue. The "black" ones can be considered gold due to the lighting.
You missed the whole point. If I take a white dress and then shine a blue lamp on it, then take a photo.The pixels will be 100% blue, but would that mean the dress itself is blue?
But you can clearly see that the lighting is bright yellow-white, not blue...
The yellow background could be lit by another window or a different light source, so one could argue we don't have a good reference to tell. But the point is that the "picture of a thing" is not "the thing" itself, and there is always a possibility that they are different.
If I showed you a picture of a green surface, and asked you what color it is, would you say that it's white and that there's probably green light shining on it?
No, but it doesn't mean the other answer is invalid too. If there is no reference in the picture to tell what kind of light condition it was shot at, both answers could be possible.
So if we're just going by what's possible then the wall could be yellow and have a blue light, or it could be white with one yellow and one blue light.
That's... literally not what this phenominon is about, either. Talk about missing the point.
That is literally what the argument is caused by, adaptive perception to lighting conditions.
That's less than half of the related concepts.
It's exactly the point. White fabric will appear blue in blue light, which is why some people see this white dress and think it's blue.
Yes a very light blue, nobody is seeing brilliant white. But on a colour slider it’s much closer to white than the ‘true’ dark blue of the dress. If you sample the sleeve or whatever that is hanging over it’ll be even closer to pure white.