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This is a link post Magenta isn't a colour!
The shocking truth about b3ta's favorite "colour"
(, Tue 17 Feb 2009, 10:37, , Reply)
This is a normal post Wow, that's pretty fucking interesting

(, Tue 17 Feb 2009, 11:23, , Reply)
This is a normal post That's
Cool!

And proof that colour blind people are actually 'correct'. The rest of us just make stuff up.
(, Tue 17 Feb 2009, 11:55, , Reply)
This is a normal post Colour blind people can't determin different shades of colours
as far as I know. It's not specific to pink.
(, Tue 17 Feb 2009, 12:16, , Reply)
This is a normal post depends if
its protanopia, deuteranopia or tritanopia. Depends on the cones.
(, Tue 17 Feb 2009, 12:43, , Reply)
This is a normal post aaah
see! there we go.

I think this is quite similar to harmonics in a way, if you play 2 different frequencies, one in each ear, the brain produces an entirely new frequency that can be beyond the frequency range of the human ear.

Clever stuff really!
(, Tue 17 Feb 2009, 13:04, , Reply)
This is a normal post I have deuteranopia and strong protanomalia.
Nothing looks right to me.
(, Wed 18 Feb 2009, 1:22, , Reply)
This is a normal post "But there is one colour that is notable by its absence."
ONE colour? Funny, I don't see brown there either. Or beige. People never pay enough attention to biege.
(, Tue 17 Feb 2009, 12:41, , Reply)
This is a normal post Are brown and beige not just lighter, less saturated oranges and reds?

(, Tue 17 Feb 2009, 12:53, , Reply)
This is a normal post Mind = blown.
Don't get me started on whether my magenta is the same colour as your magenta.
(, Tue 17 Feb 2009, 12:47, , Reply)
This is a normal post Question:
If the eye receives light of more than one wavelength, the colour generated in the brain is formed from the sum of the input responses on the retina. For example, if red light and green light enter the eye at the same time, the resulting colour produced in the brain is yellow, the colour halfway between red and green in the spectrum.

Surely that's the mean; wouldn't the sum be somewhere closer to the violet end of the spectrum (somewhere around blue)?
(, Tue 17 Feb 2009, 13:12, , Reply)
This is a normal post When
you merge two frequencies you don't end up with the sum of those frequencies, you end up with a modulated wave.
(, Wed 18 Feb 2009, 2:05, , Reply)
This is a normal post erm
Magenta most certainly is a colour. It may not have a specific wavelength but the brain interprets the two signals as a colour without any problem whatsoever.

Interesting read though, if flawed.
(, Wed 18 Feb 2009, 2:03, , Reply)
This is a normal post This.

(, Wed 18 Feb 2009, 10:37, , Reply)
This is a normal post NOOO, THINK OF THE WOMAN!!!!!!

(, Wed 18 Feb 2009, 10:46, , Reply)