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Robust tool for simulation and modeling of complex optical systems: ROSA (real optical system analysis)

机译:用于复杂光学系统仿真和建模的强大工具:ROSA(实际光学系统分析)

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Abstract: In optical design is desirable that simulation and experimental set-up are as close as possible. We have developed our environment to simulate and to model complex optical systems (ROSA), which could contain non-optical elements. This environment is a robust tool for simulation, analysis and optimization of complex optical systems with an easy custom modeling by designer. ROSA has four basic ideas: geometrical description of the elements involved, electromagnetic ray description, free-full modeling by designer of geometrical and optical descriptions, and the possibility to use source structure. These concepts allows to consider non-optics elements in the simulation process and to follow the flux propagation around the optical system. With this tool it is possible to obtain this flux and different kind of information at every point of the optical system. In this work, we present this tool and also some simulation examples. In those examples we have obtained dray tracing taking into account multiple reflections, energetic distribution at different wave lengths, and the photometric distribution of a light source. !3
机译:摘要:在光学设计中,希望模拟和实验设置尽可能接近。我们已经开发出可以模拟和建模可能包含非光学元素的复杂光学系统(ROSA)的环境。该环境是设计人员通过简单的自定义建模来仿真,分析和优化复杂光学系统的强大工具。 ROSA具有四个基本概念:所涉及元素的几何描述,电磁射线描述,几何和光学描述设计者的自由完全建模以及使用源结构的可能性。这些概念允许在仿真过​​程中考虑非光学元素,并跟踪通量在光学系统周围的传播。使用该工具,可以在光学系统的每个点获得该通量和不同种类的信息。在这项工作中,我们介绍了此工具以及一些仿真示例。在这些示例中,我们已经考虑了多次反射,不同波长的能量分布以及光源的光度分布,获得了射线追踪。 !3

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