Abstract
The paper is focused on the behavioural simulation of the intraocular organic lenses, defined by geometric characteristics (the accumulation radius, thickness and diameter) [1] and material characteristics, for a certain incident wavelength [2]. The simulation provides a picture of the ray-tracing for the second and third reflection/refraction. At the same time, the user can display the print of a ray on a normal plane related to optical axis direction. The authors designed the simulation program, aimed to evaluate the wounded through the multiple reflections in the spectre available for chosen material. Thus the disparity of a certain parameter will influence the transference through lenses for some radiation or spectre. The paper is designed to be used in optics, to shape the refractive components, and can predict the useful diameter of lenses, diaphragms or aperture stop. Keywords: organic optical glass, optical layout, multiple reflections, imaging