One of the mysteries of the English language finally explained.
A line or surface containing all those points in space of which images fall on corresponding points of the retinas of the two eyes.
- ‘The experimentally determined horopter deviates from the Vieth-Muller circle and is closer to the objective frontal plane passing through the fixation point.’
- ‘All the points common to both the horizontal and vertical line horopters have the same direction in each eye.’
- ‘It can easily be shown that this theoretical longitudinal horopter is a circle, passing through the two eyes and the fixation point.’
- ‘The horopter is a curved line which represents the points which are the same distance from the observer as the object of focus.’
- ‘The difference you notice in your ability to read the brochure is caused by the vertical horopter.’
Early 18th century: from Greek horos ‘limit’ + optēr ‘person who looks’.
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