Yes you could absolutely do it with a camera and a computer screen and some software but I can’t see how glass or plastic lenses could possibly be expected to do it
You could do AR glasses. And with just optics, you could probably adjust some color spectrums a bit, provided you knew the exact deficiency and which way to adjust colors.
I just watched the megalag videos on the glasses — the first episode of three — and the claim is they cut out confusing areas of colour that abnormal chromats see.
So if it worked, it only works for people with abnormal versions of one of the three normal colour vision sensors, and only if their deficiency is in green, and then only if it’s the correct degree of deficient
But it doesn’t work anyway.
The glasses help people see the number in some sheets in the colourblindness test, but hide the number in others. Their colour blindness would appear slightly worse than reality.
Yes you could absolutely do it with a camera and a computer screen and some software but I can’t see how glass or plastic lenses could possibly be expected to do it
You could do AR glasses. And with just optics, you could probably adjust some color spectrums a bit, provided you knew the exact deficiency and which way to adjust colors.
But yeah, no one size fits most situation here.
I just watched the megalag videos on the glasses — the first episode of three — and the claim is they cut out confusing areas of colour that abnormal chromats see.
So if it worked, it only works for people with abnormal versions of one of the three normal colour vision sensors, and only if their deficiency is in green, and then only if it’s the correct degree of deficient
But it doesn’t work anyway.
The glasses help people see the number in some sheets in the colourblindness test, but hide the number in others. Their colour blindness would appear slightly worse than reality.