There are some differences that are hard to see with that results image being so small.

There is a free program that you can run to simulate all of them called Color Oracle

if you wanna check on the larger image.



The image is actually easiest to see in tritanopia. Most notable in the tritanopia the

purple (compared to the normal vision one) becomes more of a gray-brown. Also

the green-blue color loses the green. So she pops out a bit more altogether.



There is a reason that Deuteranopia and Protanopia look similar, being that they

are both forms of red/green colorblindness. The short answer to the differences

are; protanopes have problems distinguishing colors green/yellow/red and the brightness

of red/orange/yellow is reduced. Deuteranpoes have trouble distinguishing the same

green/yellow/red's as protanopes but don't have the some problem with color brightness.

Both see almost entirely what we consider blues and yellows.





No one can say for sure how accurate colorblindness simulations are to mimicking real

colorblindness. Had one person tell me already that they couldn't see it (they didn't

mention if it was deuteranopia or protanopia). I agree that they can all be seen, and most

of that is a lack of experience making these things. I have already thought of a few

ways I could make the next one I do better.