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Design and implementation of a simulation platform based on optimal optical components

Jun Shao, 叶景峰 Ye Jingfeng, Zhiyun Hu, Zhenrong Zhang

Abstract

In order to strengthen the vibration resistance of the optical system in actual applications and improve the beam quality and direction stability,taking optimal design of optical components as an example,a simulation platform was built with Visual Basic(VB)and MATLAB to develop ANSYS.Firstly,the parameters were modeled and the main control interface was developed with VB.Secondly,the structure was optimized and calculated by means of ANSYS.Finally,the animation image data were generated in real time and visually displayed based on MATLAB.Hence,the optimization of optical components design process becomes more intuitive and convenient.It is helpful to analyze and evaluate anti-vibration performance of the optical element.

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Available abstract

Key concepts: Computer science, MATLAB, Process (computing), Vibration, Animation, Interface (matter), Stability (learning theory), Computer animation