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Direct manipulation of perceived angular declination affects perceived size and distance: a replication and extension of Wallach and O’Leary (1982)

机译:直接操纵感知的角度偏斜会影响感知的大小和距离:Wallach和O’Leary(1982)的复制和扩展

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摘要

In two experiments involving a total of 83 participants, the effect of vertical angular optical compression on the perceived distance and size of a target on the ground was investigated. Replicating an earlier report (Wallach & O’Leary, ), reducing the apparent angular declination below the horizon produced apparent object width increases (by 33 %), consistent with the perception of a greater ground distance to the object. A throwing task confirmed that perceived distance was indeed altered by about 33 %. The results are discussed in relation to cue recruitment and to recent evidence of systematic bias in the perception of angular declination.
机译:在总共83名参与者的两个实验中,研究了垂直角度光学压缩对地面上目标的感知距离和大小的影响。复制早期的报告(Wallach&O’Leary,),减少视线角偏斜到地平线以下会导致物体的视在宽度增加(33%),这与对物体的地面距离更大的看法一致。一项掷球任务证实,感知距离确实改变了约33%。讨论了有关球杆招募的结果以及有关角偏角感知的系统性偏差的最新证据。

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