| 11. | The identification of the theoretical / geometrical horopter with the Vieth-M�ller circle should be reconsidered.
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| 12. | Consistently, the shape of the empirical horopter have been found to deviate from the geometrical horopter.
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| 13. | Consistently, the shape of the empirical horopter have been found to deviate from the geometrical horopter.
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| 14. | All these empirical horopters are in fact corresponding, empirically, to the equal visual direction horopter.
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| 15. | The Hering Hillebrand deviation describes the fact that the empirical horopter does not fall on the geometrical horopter.
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| 16. | The Hering Hillebrand deviation describes the fact that the empirical horopter does not fall on the geometrical horopter.
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| 17. | More recently natural images analyses suggested that the shape of the empirical horopter might match natural images statistics.
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| 18. | Following Hering, it is usually meant by empirical horopter the " equal visual direction " horopter.
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| 19. | Following Hering, it is usually meant by empirical horopter the " equal visual direction " horopter.
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| 20. | Hering went as far as ridiculing Helmholtz's ( unimportant ) mathematical errors in his derivation of the horopter.
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