lolS']['U wrote:
color code
Re: color code
I see two different colors even when I cover the middle, and the backgrounds.S']['U wrote:Another example of how your brain can be fooled into thinking colors are different than what they really are:
The top and bottom of this object are the same shade of grey.
Don't believe me?
Hold you finger up so it blocks the area where the joint is...
Your brain tells you that objects in shade should be darker, so when it sees a contradiction to this, it assumes that they are actually 2 different shades of grey and over-compensates.
Re: color code
perrinoia wrote:I see two different colors even when I cover the middle, and the backgrounds.
Get medical help.
Re: color code
It's a gradient. Each surface starts darker near the top and gets lighter near the bottom. When you chop out the middle, where the surfaces meet is clearly a different shade of gray.
I'm not even convinced that the gradient is identical... Surely it contains some of the same shades of gray, but does it start and stop on precisely the same hue? Does it progress at the same rate?
It's possible, but who the fuck cares?
I'm not even convinced that the gradient is identical... Surely it contains some of the same shades of gray, but does it start and stop on precisely the same hue? Does it progress at the same rate?
It's possible, but who the fuck cares?
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Re: color code
Try putting the two halves side by side instead of stacked.perrinoia wrote:It's a gradient. Each surface starts darker near the top and gets lighter near the bottom. When you chop out the middle, where the surfaces meet is clearly a different shade of gray.
I'm not even convinced that the gradient is identical... Surely it contains some of the same shades of gray, but does it start and stop on precisely the same hue? Does it progress at the same rate?
It's possible, but who the fuck cares?
It's too bad you can't make a career out of trolling.
Re: color code
YES! That one works the same way.
A good example of how your brain tries to do white-balance is this one.
Look at the X in the center
See the green dot?
It doesn't exist.
If you look long enough all the pink dots will disappear entirely, leaving only a circling green dot that's not really there.
Your brain tries to white-balance the pink dots by adding green, but the pink dots move so fast your brain can't keep up, leaving a phantom green dot behind.
Eventually your imaginary green dot cancels out all the pink dots in an attempt to make them white. The green dot then only appears where there is no pink to cancel it out.
A good example of how your brain tries to do white-balance is this one.
Look at the X in the center
See the green dot?
It doesn't exist.
If you look long enough all the pink dots will disappear entirely, leaving only a circling green dot that's not really there.
Your brain tries to white-balance the pink dots by adding green, but the pink dots move so fast your brain can't keep up, leaving a phantom green dot behind.
Eventually your imaginary green dot cancels out all the pink dots in an attempt to make them white. The green dot then only appears where there is no pink to cancel it out.
Re: color code
Holy shit. That is awesome.
The other optical illusions did not trip me out at all, this animated one is da bomb!
The other optical illusions did not trip me out at all, this animated one is da bomb!
