It sounds like you're thinking about learning Zemax as similar to learning a coding language. That is not how Zemax works. What you really need to do is learn lens design and aberration theory. Once you understand the fundamentals of what makes a lens good and bad and what some base forms are that are used in different situations, then you can move forward to designing lenses in Zemax.Out of curiosity, what us your background and why are you interested in lens design?
I may be able to point you to some resources accordingly. It sounds like you're thinking about learning Zemax as similar to learning a coding language. That is not how Zemax works. What you really need to do is learn lens design and aberration theory. Once you understand the fundamentals of what makes a lens good and bad and what some base forms are that are used in different situations, then you can move forward to designing lenses in Zemax.Out of curiosity, what us your background and why are you interested in lens design? I may be able to point you to some resources accordingly.I have degrees in physics and materials science and engineering, so I know the theory but I have no practical experience. Now I'm doing AR and HR coatings for lasers used in fiber optic networks.
The toolkit establishes the link, and allows the user to operate Zemax from matlab either by real-time command line entry, or through scripted macros. Additionally, DDE allows the user to go back and forth from Matlab to Zemax since both are running on the desktop. To create more accurate search results for Zemax try to exclude using commonly used keywords such as: crack, download, serial, keygen, torrent, warez, etc. Simplifying your search should return more download results. Many downloads like Zemax may also include a crack, serial number, unlock code, cd key or keygen (key generator). Looking to learn zemax or other design software. And it would be morally reprehensible to recommend anything other the torrent of bits available to you on the.
But I'm just a glorified operator, and I'm looking for a job that uses my education. Every company wants me to know zemax, by name, but I don't do any kind of design work and my boss can't teach me how to do it because she uses bootleg chinese software. This is all just to learn skills and pad my resume because no company is willing to train their people any more.
OpticStudio is the essential software platform for optical engineers, combining an intuitive user interface with complex physics and interactive visuals to drive faster innovation while reducing development costs. Enabling optical engineers, researchers and scientists to design for manufacturability is the core of our mission. Zemax puts quick, accurate design tools into the hands of optical engineers with OpticStudio™. Each tool set is aligned with key steps in the engineering design process forming the primary functions of the software.
The Analysis, Optimization and Tolerancing tool sets contain an impressive array of physics-based algorithims to analyze, simulate, and optimize optical systems all within tolerance specifications. Analysis Tools - bring ideas to life with a single, seamless software platform that includes the industry’s most comprehensive set of analysis and simulation tools to create/improve optical, illumination, and laser systems. Optimization Tools - automatically improve the performance of optical/illumination designs based on user defined constraints, saving time by eliminating manual tests of design iterations.
Tolerancing Tools - advanced tools and features that help design engineers incorporate manufacturing and assembly limits into design constraints to ensure manufacturability and production efficiency. To enhance the usability OpticStudio includes a comprehensive set of support modules within the software, including stock lens and materials catalogs, user help files, links to knowledgebase articles, and more. To ensure maximum productivity OpticStudio includes each of these modules at no additional cost. New features streamline your workflow and support manufacturability OpticStudio 16 improves the manufacturability of optical and illumination designs with new features and added functionality that make the entire design process faster and easier while improving the final results.
Easily create lens designs that incorporate all manufacturing aspects, including mounting edges, and chip zones that extend beyond the traditional clear aperture. Accurately and easily analyze stray light and scatter for opto-mechanical designs with a single-step conversion tool that includes all aspects of source and detection data. Measure light on any object or objects including arbitrary CAD parts with a single check box to optimize illumination of target areas. Added mobility for single users with soft-key licensing. Expanded materials catalogs.