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Like the author of TFA, I was born with amblyopia, and have a mild strabismus. Unlike in TFA, however, the eye muscle surgery as an infant didn't correct the pr
by rosser 13y ago
Like the author of TFA, I was born with amblyopia, and have a mild strabismus. Unlike in TFA, however, the eye muscle surgery as an infant didn't correct the problem, and my "bad" eye didn't recover or integrate. Instead, I have a massively dominant eye, which has relatively correctable detail vision, and another eye that can do a fair job of tracking contrast and motion, but is utterly useless for detail; even the big "E" on the eye chart is a blur, corrective lenses or not.
Interestingly, the retina of dominant eye has so over-compensated for the imbalance that, the last time I had the blind-spot detection test run, the technician had to repeat the test five times before giving up, saying she just couldn't find my blind spot in that eye. I'm sure I have one, as physiologically, it's not possible not to have one, but it seems to be undetectably small.
I, too, am very interested in the Oculus Rift for trying to address this. I've loosely followed the ongoing research involving using stereo Tetris (the falling pieces are presented to one eye, and the settled pieces to the other) to train the eyes and visual cortex to work together better. It's demonstrated a reasonable level of success, so far.
- dtf 13y agoI had eye muscle surgery when I was younger, and while I enjoyed stereopsis for a brief period afterwards, it soon disappeared. I bought an Oculus DK partly with the thought of trying to code up various eye exercises. I read somewhere about a Tetris game where the fixed blocks are in one eye and the falling block in another, forcing you to integrate both fields. I really have no idea if this will help, but I think it would be fun to try.