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投影视觉中的诺尼乌斯双眼单视界。

Nonius horopter in projected viewing.

作者信息

Reading R W, Smolek M K

出版信息

Am J Optom Physiol Opt. 1986 Jan;63(1):52-7. doi: 10.1097/00006324-198601000-00009.

Abstract

Nonius horopter measurements were made on three normal subjects using both physically displaced (real viewing) and stereogrammetrically displaced (projected viewing) test objects. Three subjects with ocular anomalies were tested using the projected viewing arrangement with and without 5% overall magnifier before the right eye, and seven complete measurements of the projected viewing horopter were made on a fourth subject with an ocular anomaly over the period of 1 month. These latter individual plots showed large irregularities that changed location from day to day. Plotting the mean and standard error of the means of these seven sets of data produced a smoothing out of the horopter locus. Plotting each individual horopter setting in the sequence of measurement and monitoring eye position indicated that all of the irregularities and regional horopter changes found are most likely introduced by changes in fixation disparity (vergence eye movements).

摘要

使用物理移位(真实观察)和立体测量移位(投影观察)测试物体,对三名正常受试者进行了诺尼乌斯双眼单视界测量。对三名患有眼部异常的受试者,在右眼之前使用和不使用5%的整体放大镜的情况下,采用投影观察装置进行了测试,并在一个月的时间内,对第四名患有眼部异常的受试者进行了七次完整的投影观察双眼单视界测量。后面这些个体的图表显示出很大的不规则性,且每天的位置都在变化。绘制这七组数据的平均值和均值标准误差,使双眼单视界轨迹变得平滑。按照测量顺序绘制每个个体的双眼单视界设置并监测眼睛位置,结果表明,所有发现的不规则性和局部双眼单视界变化很可能是由注视视差(双眼聚散运动)的变化引起的。

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