How to get real-time lens prototype costs in OpticsViewer. OpticsViewer offers several capabilities that support design for manufacture, and the Cost Estimator takes the concept to new heights by allowing users to get real-time cost estimates direct from manufacturers. Adjust any parameter in an optical design as well as analyze and visualize the effect on the optical performance. In this tutorial you will learn how to use Optics viewer tools to assess the performance of your system. This tutorial introduces you to some of the powerful capabilities available in OpticStudio for analyzing your optical systems, and explains how to visualize and interact with the output data. All design data is available, including design targets and tolerance ranges.įile Viewer. Use OpticsViewer to load any sequential OpticStudio file without loss of precision or information. Discover how to view optical performance, prescription and manufacturing data in OpticsViewer.įollow these tutorials to master commons workflows that will let you access the information you and your team need, when you need it. Discover the basics of illumination systems here. Learn the key steps in imaging system design with OpticStudio. Customer Success Implementation Support.Get Started.
Zemax 14 tutorial code#
Programming OpticStudio Indispensable training for anyone wanting to write their own code to control OpticStudio or interface it to other programs. Topics Day 1: Introduction to OpticStudio and review of first- and third-order optics Day 2: Overview of optimization Day 3: 3D systems, multiple configurations, and image simulation Day 4: Tolerancing simple systems Day 5: Real-world tolerancing scenarios Skills gained Model and analyze the performance of simple sequential systems in OpticStudio Build merit functions to optimize system performance Identify system sensitivities and predict manufacturing and assembly yields Prerequisites Knowledge of fundamental optical concepts. Master OpticStudio with classroom training. We use cookies on this website to enhance your user experience, improve the quality of our site, and to show you marketing that is more likely to be relevant to your interests.īy continuing to use this website, you consent to the placement and use of cookies as described in our Cookie Policy. Prerequisites Experience with OpticStudio and at least one high-level programming language is required. Learn Zemax Programming Language ZPL macro programming, how to create user-defined features surfaces, objects, sources, etc. Indispensable training for anyone wanting to write their own code to control OpticStudio or interface it to other programs. Use physical optics propagation, Gaussian beams, and geometric rays to simulate lasers and optical fibers, and explain when to use each tool. Day 2: Diffraction, thin-film coatings and polarization, and introduction to freeforms and aspheres. Prerequisites Familiarity with illumination or imaging systems is encouraged. Build mixed sequential and non-sequential systems, like prisms, fibers, or other systems that generate total internal reflection TIR. Model, analyze, optimize, and tolerance illumination, imaging, and collimation systems in non-sequential mode.
Day 4: Stray light analysis, scattering, and switching between sequential and non-sequential mode. This course provides a comprehensive introduction to the OpticStudio non-sequential design environment, and is intended for those working on illumination systems or evaluating stray light in imaging systems.Īttendees will acquire the skills to design, optimize, and tolerance systems through hands-on exercises. No prior knowledge of OpticStudio required. Familiarity with illumination or imaging systems encouraged. Attendees will acquire the skills to design, optimize, and tolerance imaging systems through hands-on exercises. This course provides a solid introduction to the OpticStudio sequential design environment. No prior knowledge of OpticStudio is required. Assumes a background in optics or completion of Fundamentals of Optics course. Led by expert optical engineers, our hands-on courses teach the most useful optical design techniques. If you prefer to get this refunded, please contact sales zemax.
In the meantime, if you have already registered and paid for an upcoming training class, your payment will be held as credit to a future course. We are investigating alternate models of delivering training and will provide updates on this in the coming weeks.
Important Notice: In an effort to assist the global community in limiting the spread of the coronavirus, Zemax has cancelled all scheduled public training courses until further notice.
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