The optical project: optics and topography involving the cornea and lens

B. Barsky
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Abstract

We have developed a new analysis algorithm that has several advantages compared to current approaches: it is more accurate, it directly recovers position of the cornea, and it produces a continuous map over the entire surface. To develop this algorithm, we have assimilated ideas from a variety of fields, including ray-tracing (computer graphics and optics), smooth B-spline surfaces (geometric modeling) and simulation.
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光学项目:涉及角膜和晶状体的光学和地形学
我们开发了一种新的分析算法,与目前的方法相比,它有几个优点:它更准确,它直接恢复角膜的位置,它在整个表面上产生一个连续的地图。为了开发这个算法,我们吸收了来自各个领域的思想,包括光线追踪(计算机图形学和光学),光滑b样条曲面(几何建模)和仿真。
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