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Okay....
So , this is probably irrelevant, BUT....
the eye color "thing" ....I agree with the poster that said it is likely not pertinent to the case...
BUT, on the off chance that the witness had an eye condition in which they could see blue well enough , but green and brown possibly look the same to them- could that be the reason it was seemingly taken as a fact?
So, if they can see blue and looked him in the eyes, but no blue was noted...they assumed him to have green, brown or hazel maybe.
Until today, I thought that "color blind" meant that people had no red cones. Now I see that there are 3 types and maybe it could lead to an absence of green cones which make green and blue look the same?
Just throwing out ideas...albeit it is probably a stretch.
Why do I see blue instead of green?
Tritanomaly occurs when the S-cones (short wavelength cones) of the eye are present but dysfunctional. If you have tritanomaly, blue and green will look alike, and red and yellow will look alike. Tritanopia occurs when the S-cones of the eye are missing, which causes colors to look dampened.
AMOO JMO MOO
EBM to add statement about Tritanomaly
So , this is probably irrelevant, BUT....
the eye color "thing" ....I agree with the poster that said it is likely not pertinent to the case...
BUT, on the off chance that the witness had an eye condition in which they could see blue well enough , but green and brown possibly look the same to them- could that be the reason it was seemingly taken as a fact?
So, if they can see blue and looked him in the eyes, but no blue was noted...they assumed him to have green, brown or hazel maybe.
Until today, I thought that "color blind" meant that people had no red cones. Now I see that there are 3 types and maybe it could lead to an absence of green cones which make green and blue look the same?
Just throwing out ideas...albeit it is probably a stretch.
- Protanopia (aka red-blind) – Individuals have no red cones.
- Protanomaly (aka red-weak) – Individuals have red cones and can usually see some shades of red.
- Deuteranopia (aka green-blind) – Individuals have no green cones.
Why do I see blue instead of green?
Tritanomaly occurs when the S-cones (short wavelength cones) of the eye are present but dysfunctional. If you have tritanomaly, blue and green will look alike, and red and yellow will look alike. Tritanopia occurs when the S-cones of the eye are missing, which causes colors to look dampened.
AMOO JMO MOO
EBM to add statement about Tritanomaly