Too Much Color
keithcirkel.co.uk
Too Much Color
1–10 of 71 posts
Re: Too Much Color
#2Re: Too Much Color
#3Except for a tetrachromat. Specifically, a strong tetrachromat that has both four colour channels in the brain and a different frequency on the fourth cone.
Who are, admittedly, hella rare. Apparently there are less than a few dozen confirmed world-wide.
But they do exist.
Re: Too Much Color
#4What's My JND? 0.0089 Can you beat it? https://www.keithcirkel.co.uk/whats-my-jnd/?r=A30iKP__7_Hb #WhatsMyJND
Re: Too Much Color
#5What's My JND? 0.0089 Can you beat it? https://www.keithcirkel.co.uk/whats-my-jnd/?r=A30iKP__7_Hb #WhatsMyJND
I need a better display for sure :)
Re: Too Much Color
#6What's My JND? 0.0089 Can you beat it? https://www.keithcirkel.co.uk/whats-my-jnd/?r=A30iKP__7_Hb #WhatsMyJND
“Show HN: What's my JND? – a colour guessing game” 54 points | 8 days ago | 62 comments
Re: Too Much Color
#7> The magic number to remember is the "Just Noticeable Difference" (JND). For dE00, JND is around 2.0. Below that, people struggle to tell two colours apart. Below 1.0, basically no one can. Except for a tetrachromat. Specifically, a strong tetrachromat that has both four colour channels in the brain and a different frequency on the fourth cone. Who are, admittedly, hella rare. Apparently there are less than a few do…
Re: Too Much Color
#8> The magic number to remember is the "Just Noticeable Difference" (JND). For dE00, JND is around 2.0. Below that, people struggle to tell two colours apart. Below 1.0, basically no one can. Except for a tetrachromat. Specifically, a strong tetrachromat that has both four colour channels in the brain and a different frequency on the fourth cone. Who are, admittedly, hella rare. Apparently there are less than a few do…
Do they?
Re: Too Much Color
#9What's My JND? 0.0089 Can you beat it? https://www.keithcirkel.co.uk/whats-my-jnd/?r=A30iKP__7_Hb #WhatsMyJND
Re: Too Much Color
#10> The magic number to remember is the "Just Noticeable Difference" (JND). For dE00, JND is around 2.0. Below that, people struggle to tell two colours apart. Below 1.0, basically no one can. Except for a tetrachromat. Specifically, a strong tetrachromat that has both four colour channels in the brain and a different frequency on the fourth cone. Who are, admittedly, hella rare. Apparently there are less than a few do…
Computer screens have three-dimensional color spaces. Tetrachromacy doesn't change that.