the next o'pry
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Positive canthal tilt is a contribution of eye-socket convexity and head tilt.
By eye-socket, I mean that your orbitals are recessed relative to your nasal bridge, giving you a more convex eye-level cross-section as viewed from above i.e. when looking from above, the inner corners of the eyes are displaced further forward than the outer corners.
Eye-socket convexity is a key difference between prey and predator eyes.
Rabbits have extreme eye-socket convexity which mean their eyes are on the side of their head. also they have permanent head tilt that's why they have pct
while Owls have no eye-socket convex and their eyes look straight on.
When someone with prey eyes tilts there head up, the convex geometry of their eye sockets mean that the inner corners of their eyes rise more than the outer corners increasing the appearance of positive canthal tilt
Obviously, there are other factors to Positive canthal tilt is a contribution of eye-socket convexity and head tilt.
By eye-socket, I mean that your orbitals are recessed relative to your nasal bridge, giving you a more convex eye-level cross-section as viewed from above i.e. when looking from above, the inner corners of the eyes are displaced further forward than the outer corners.
Eye-socket convexity is a key difference between prey and predator eyes.
Rabbits have extreme eye-socket convexity which mean their eyes are on the side of their head. also they have permanent head tilt that's why they have pct
while Owls have no eye-socket convex and their eyes look straight on.
When someone with prey eyes tilts there head up, the convex geometry of their eye sockets mean that the inner corners of their eyes rise more than the outer corners increasing the appearance of positive canthal tilt
Obviously, there are other factors to Positive canthal tilt is a contribution of eye-socket convexity and head tilt.