ANSYS Zemax OpticStudio 2024 R1.00 x64 Multilingual 注册版

如今，增强现实（AR）技术、汽车以及其它高科技市场和行业的发展，正在推动光学行业以前所未有的速度设计全新的、更高性能的创新型产品。仿真在光学设计中至关重要，因为它使您能够准确地对设计和性能进行建模，但仿真的作用并不仅限于此。Ansys Zemax OpticStudio 使您能够仿真、优化光学设计并开展公差分析；Ansys Zemax OpticsBuilder则能够将光学和机械团队联合在一起，以开展光学产品和系统的设计协作。现在，随着最新版本Ansys 2024 R1的发布，这两个平台都推出了新功能，使用户能够将设计和性能优化到更高水平，可以设计和构建系统，针对从AR可穿戴设备到汽车抬头显示（HUD）的各种应用生成更清晰、准确的图像。

通过OpticStudio中最新的复合表面功能，可以在序列模式下轻松创建复杂的表面结构并设定公差，包括为矢高表面和堆叠复合表面上的不规则性直接设定公差，而避免使用一些迂回的解决方案使用此功能，您可以添加多个矢高分布，以根据需要获得具有复杂新矢高分布的光学表面。同样，如果您想要将多种类型的矢高分布添加到一个表面，可以将多个表面添加为复合堆叠。

随着消费类电子产品、高级驾驶辅助系统（ADAS）和其它市场中的技术快速发展，光学设计软件使企业能够提供前沿的创新产品，以满足日益增长的消费者需求和期望。无论应用或光学设计的需求如何，OpticStudio和OpticsBuilder都能够提供端到端解决方案，包括可靠的建模、准确预测的仿真和完全可定制的分析。

通过全新改进的STAR功能，包括对刚体运动（RBM）的主动控制，您可以启用或禁用独立于表面变形效应的RBM影响，以便在分析过程中实现更细粒度的控制。使用此功能，您可以分别查看表面变形和RBM引起的光学性能变化，这有助于明确部件在设计中的位置。其它STAR更新包括提高了需要光线瞄准的光学设计（例如广角相机镜头）的速度，以及在STAR系统查看器中将像元修剪到更接近孔径的位置。在应用了热有限元分析（FEA）数据之后，更接近的像元修剪功能可以为光学元件中的温度和折射率分布提供更逼真的视图。

OpticStudio is an optical design software that is used to design and analyze optical and lighting systems. This program was written by Mr. Moore and was introduced as the first optical design program for the Windows operating system. The first version of the program was released in 1990 under the name Max, which was later renamed to Zymx. It is used to design and analyze photography systems such as camera lenses as well as lighting systems. The program is based on the detection of rays and optical beams and the modeling of rays through the optical system. You can model various optical elements such as simple lenses, aspheric lenses, mirrors and differential optical elements with the help of this program. It is also possible to produce standard analytical charts such as point and segment X-ray charts. Zemax is also able to model the effect of optical coatings on the surface of components.

A library of commercial lenses is intended for this purpose. The program can perform continuous sequential numerical tracking through optical elements or non-sequential optical tracking for light analysis and physical proton emission. Simex is able to take into account the tolerances and design errors caused by physical limitations or human errors. Simex’s optimization tool can improve the design of the lens by minimizing the amount of distortion possible by taking into account the automatic parameters. Zemax has a complete library of types of commercial lenses, optical materials that can be used for optical analysis. This program is able to be used in optical fibers due to the physical optical properties of the devices whose diffraction is very important, such as laser beam and light coupling.

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ANSYS Zemax OpticStudio 2024 R1.00 x64 Multilingual 注册版