General Chat
- Thread starter AdrianH
- Start date
Tribble
Active member
This is fascinating and don't apologise. How the eye and brain work together really fascinates me.In Danish "pink" actually translates as "light red".
Colour is a tricky thing to pin down. We are trichromatic, we have cone receptors that pick up on red, green and blue - the hues we see are our brain's interpretation of the relative values of those three colours.
Pink is the transition towards blue closest to red's side, purple is what happens to pink closer to blue - there are no hard borders.
The other fly in the ointment is our rod receptors, they're responsible for our brightness perception or greyscale - light to dark. Burgundy is lower in the greyscale, which might influence your perception of the hue.
Here's that burgundy on the left, on the right I've taken it from 20% greyscale to 80% - does it look more pink or more red now?
Excuse me if this is overly pedantic, I come from an art direction background, so this is kind of my jam.
That is definitely more to the pink side now. I had never thought in shades of that. I worked in pantones or HSV / RGB but never actually thought about it.
@biometrics that is fascinating too. It makes a lot of sense.
What has always fascinated me is how we seem in frames per second but our brain processes it as continuous motion. It just fills in the blanks.
I get a condition or a form of migraine, Akinetopsia (https://www.allaboutvision.com/conditions/related/akinetopsia/) where moving objects disappear. It has only happened 3 times so far - but it is incredibly scary. The first time it happened, I was driving. All the cars disappeared. The other two times were while I was training. Everyone in the class disappeared but I could see the computers and hear the people. I just could not see them
Last edited:


