Your couch is brown.Easy. And if you seriously still see the dress in the Vine bring blue and gold in the end, then you are severely in the "brain can't process lighting cues" camp.
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My 100% black couch.
I don't see the OP as doing that. DJ's post is way more condescending, imo.
You srs?—Blue and Black: In conclusion, your retina’s cones are more high functioning, and this results in your eyes doing subtractive mixing.
—White and Gold: our eyes don’t work well in dim light so our retinas rods see white, and this makes them less light sensitive, causing additive mixing, (that of green and red), to make gold.
Easy. And if you seriously still see the dress in the Vine bring blue and gold in the end, then you are severely in the "brain can't process lighting cues" camp.
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Marie Rogers - Guardian Article said:In our everyday lives, there are many changes in the colour of the light illuminating our surroundings. For example, the yellow glow of an incandescent light bulb versus the blue-ish hue of a fluorescent light. The light that an object reflects to the eye is a combination of both the colour of the object itself and the spectrum of the light source, which may vary. The brain is able to disentangle these two things and decide what colour the object is. Simply put, objects appear the same colour even if the light illuminating them changes – a concept known as colour constancy.
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There now appears to be good evidence that The Dress is in fact blue and black (but it’s always good to keep some scepticism regarding information on the internet). Therefore, arguably, people who originally saw it this way have better colour constancy. They were able to take cues from the background and compensate for the very unnatural illumination. There is evidence that people with good colour constancy also have better working memory (a part of short term memory dedicated to immediate perceptual processing) and that these two processes may be related.
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Marie Rogers is a PhD student with the Sussex Colour Group, investigating how colour word learning influences colour perception and cognition.
Wiki said:Color constancy is an example of subjective constancy and a feature of the human color perception system which ensures that the perceived color of objects remains relatively constant under varying illumination conditions. A green apple for instance looks green to us at midday, when the main illumination is white sunlight, and also at sunset, when the main illumination is red. This helps us identify objects.
Your couch is brown.
Let's be real. You're going to be wearing this dress places where this is some sort of lighting, so it's always going to be white and gold, or blue and gold.
You know something has a problem being black when it's only black in a completely dark room.
The black shirt I'm wearing right now, and my black keyboard, and my black monitor, etc... Are never gold no matter the lighting.
People were talking about this at work. Jesus, it's really gone viral.
Half of your couch is brown, and the other half is black brahDude... it's black. You're just in denial now.
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Crazy how lighting and cameras can alter the color or things. Quit being such a stickler about what is black, and stop thinking about what your eyes in real life see and more about what a camera sees. Also, that dress has no problem being black in a lit room.
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Half of your couch is brown, and the other half is black brah
That's not the same dress brah.
Gonna need a pic of you in the white and gold dress in the room with the brown couch as proof.Hahaha I'm done here.
I just opened this thread on my PC, ipad and phone. On my phone and ipad I see blue and gold, but on my monitor it's white and gold. Look back to my ipad and phone - blue and gold. Switched PC display from monitor to TV and it's still white and gold.
My whole life is a lie.
Your retina is comprised of rods and cones. Rods are more sensitive to light, but see shapes and not colour. Cones are sensitive to colour, but less sensitive to light — i.e. in darker conditions, you're seeing more with rods than cones. You have three sizes of cones, blue (smallest) to red (biggest), as seen on the graph above.
Whether the dress appears as blue/black or white/gold depends on whether your eye has more rods or cones, and also the ambient lighting conditions in the room. (This is thanks to the different colours that are produced by additive and subtractive colour mixing.) Different people have different balances of rods and cones — most notably colour-blind weirdos like myself — hence different people seeing different colours, and families brutally murdering each other over this mess.
But rods are also very sensitive to light. Rod cells detect colour using a pigment called rhodopsin, which is very sensitive to low light, but is bleached and destroyed by higher light levels, and takes around 45 minutes to redevelop (why your eyes take time to adapt to night, in other words).
Tumblr > Internet > GAFIs OP the origin of this dress thing? Or it it start somewhere else?
I don't think people have much argument over whether the white is white or blue. It could go either way. It looks blueish white to me and my color picker agrees.
The main thing is the gold part..
I see light blue and gold. My coworker earlier agreed.I see Blue and Gold. Is something wrong with my eyes
So how the hell did this stupid thing manage to get on the front page of the NY Times website?
Where did this start, and why do people care?
Because it's fun to talk aboutSo how the hell did this stupid thing manage to get on the front page of the NY Times website?
Where did this start, and why do people care?
Why wouldn't it be on the front page of the NYT?So how the hell did this stupid thing manage to get on the front page of the NY Times website?
Where did this start, and why do people care?
Every kid at school was talking about it.People were talking about this at work. Jesus, it's really gone viral.
It's sad cause it's 100% true.Has this been posted?
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Whatever I just feel like saying
Gary Whitta
Gary Whitta
Gary Whitta
Gary Whitta
As we're on the 80th whatever goddamn page already I'm sure everything has been said, but I'm interested in what people see in the inverted version of the picture. The only way I can see the original picture as white and gold now is if I view it next to this one.
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