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- 2024-05-04
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zemax opticstudio 2024 企业版是一款光学设计软件，主要用于光学组件设计和照明系统的照度分析，也可建立反射、折射以及绕射等光学模型。OpticStudio已经被应用于航空航天工程、天文探测、自动化、生物医学研究、家用电子产品、机器人视觉等多个领域。  OpticStudio 是全球大学以及整个光学行业领先公司的光学、照明和激光系统设计标准。 OpticStudio 直观的用户界面包括易于学习的工具和向导，可对任何光学系统进行高效的仿真和设计。借助 200 多个场点，您甚至可以设置最复杂的自由形式和非旋转对称系统。使用唯一的光学设计软件设计高可信度的虚拟原型，该软件可以对从成像光学器件到照明（包括杂散光分析）的所有内容进行建模。Zemax, a part of the Ansys family, has released OpticsBuilder 2024 R1.00 is the standard for optical, illumination, and laser system design in universities around the world, and in leading companies throughout the optics industry.Zemax, a part of the Ansys family, has released OpticStudio 2024 R1.00 is the standard for optical, illumination, and laser system design in universities around the world, and in leading companies throughout the optics industry. Zemax OpticStudio 2024 R1.00 release notes - Date: January 11th, 2024   TOOLS, FEATURES, AND CAPABILITIES 1.1 ZEMAX RAY DATABASE (ZRD) IMPROVEMENTS (ALL EDITIONS) ZRD now includes data needed to accurately track rays in systems with reflective, refractive, and diffractive optics. The Zemax Ray Database (ZRD) file generated when running an NSC ray trace has been improved to include new ray segment properties. It now includes total internal reflection (TIR) as a flag, optical path length (OPL) in lens units, OPL in wave units, and diffraction orders. These properties can be tracked and filtered using the new filters X_TIR, X_DIFF, and X_NDIF which filter for TIR events at a specific object or face, diffraction events at a particular object or face, and a total number of diffraction events, respectively. Also, the new filter X_GHOSTN returns rays that ghosted a specific number of times at a particular object or face. Ansys Zemax OpticsBuilder 2024 R1.00 release notes - Date: January 11th, 2024 ANNOUNCEMENT
1. ANSYS ZEMAX OPTICSBUILDER IS RETIRING2024 R1 will be the last release of Ansys Zemax OpticsBuilderThe last OpticsBuilder release with new functionality will be 2024 R1. After this release, there will be no further releases or defect corrections. While we appreciate the role that OpticsBuilder served in enabling optomechanical packaging and analysis, we are confident that this role will be provided through new functionality and enhancements to be developed for Ansys Zemax OpticStudio and Ansys Speos. Integrated, streamlined workflows between OpticStudio and Speos enable comprehensive optomechanical design capabilities that ensure customer’s continued ability to bring products to market faster with the use of Ansys Optics tools. 2. TOOLS, FEATURES, AND CAPABILITIES
2.1 EQUATION-DRIVEN IMPORTOpticsBuilder now includes additional support for Equation-Driven ImportOpticsBuilder adds Annular Aspheric Lens, Cylinder 2 Volume, and Rectangular Volume to the list of supported Equation-Driven Import component types. Equation-Driven Import allows users to import components with access to exposed surface equations that are parametrically tied to the surfaces.2.2 .ZOS FILE FORMAT RETIREMENTZOS File Format will be retired in January 2025OpticStudio will begin a slow retirement of the .ZOS file format to be completed in January 2025. Users can always import ZOS files into OpticsBuilder, however, logic has been modified within OpticsBuilder to convert any ZOS files to ZMX files in the background. If you have any queries, please do not hesitate to contact your Account Manager. 3. BUG FIXESImport ZBD File- OpticsBuilder could not import ZBD files after certain drawing inputs were entered in Prepare for OpticsBuilder in Ansys Zemax OpticStudio.- The Boolean Native, Biconic, and Biconic Zernike lenses were displaying different geometry in Creo compared to Ansys Zemax OpticStudio.Simulation- On some versions of OpticsBuilder, the Simulation was hanging and not completing in the appropriate time frame.- On certain test systems, the Simulation was failing if an optomechanical component was included.- For a certain test system, the Simulation Results were not correct when a mechanical component was positioned in the ray path.- The Doublet sample file was incorrectly displaying 100% beam clipping.- On certain assemblies, the Simulation would fail and show an error message “Item ‘Group Black Anodized.bsdf’ failed to import”- Sample files “cube_sat.asm” and “projector_optics.asm” were giving an error when trying to generate a Chief Rays Simulation. 一款结合了成像与照明设计特点的软件平台。创建成像、照明以及激光系统OpticStudio®已经被应用于航空航天工程、天文探测、自动化、生物医学研究、家用电子产品、机器人视觉等多个领域。
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用户可以利用优化工具，比如使用可视化优化器，手动调整设计以达到期望的性能。也可以利用优化算法自动计算，通过改变透镜的曲率半径、厚度、材料等变量，算法会给出答案。我们提供多种算法，包括快速局部优化算法和全局优化算法。你还可以使用对比度优化快速优化 MTF。
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利用公差分析确保可制造性
公差分析能够让生产更加容易。通过灵敏度公差分析可以计算每个参数的公差将如何影响整体系统的性能。反灵敏度公差分析则可根据系统公差的要求来反推每个参数的公差范围。蒙特卡罗公差分析能够模拟实际制造情况，让所有公差随机分布出现，查看其对系统成像的影响。[attachment=238783]
OpticStudio 支持 CAD 文件的导入、优化和导出
对于光路中的部分结构，OpticStudio 支持与 PTC Creo Parametric 动态链接。
OpticStudio 编程功能满足您的定制需求
三大功能满足定制需求
• ZOS API – 通过 OpticStudio 应用编程接口，用户可自行创建应用，自定义分析流程。
• Zemax 编程语言 – 用户可在 OpticStudio 中自定义宏。
• 自定义面型和物体 –用户可自定义系统表面的形状、相位、传递函数以及梯度折射率。
官网和新功能：https://www.zemax.com/pages/opticstudio
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