![]() For general optimization in Zemax, please refer to Zemax User’s Manual. In this section we will discuss how to use optimization commands in ZPL. Just to add on top of that, it seems to me that the “NSC Operands” topic in the help file gives clearer information of combination of Pix# and Data#. Optimization gives Zemax its great power in optical design. After that keyword, you can use NSDD to pull the data you are interested in!ĭoes that help? Let me know if you have any other questions about this. The optimization of the simulated profiles is done by means of a. Then you will need to run a ray trace with the NSTR keyword. The Zemax nonsequential object laser diode represents a flexible software tool to model. The most common way to optimize pure non-sequential systems is to use optimization wizards, which allow you to design optimization functions with specific requirements. In this course, you are going to learn the design procedure for nonimaging optics using zemax/opticstudio (nonsequential mode) You will practice what you. In order to use this in the ZPL, you will need to first clear the detectors as discussed above. Optimization is fully supported in pure non-sequential and hybrid non-sequential/sequential optical systems. A full explanation of the different Pixel and Data values you can use is provided in the Help System file ' The Optimize Tab (sequential ui mode) > Automatic Optimization Group > Merit Function Editor (automatic optimization group) > Optimization Operands (Alphabetically).' This course will provide more complex exercises involving aspheres and freeforms, as well as insights into the tools available for designing, optimizing and tolerancing with these surfaces. A Zemax non-sequential ray tracing simulation is necessary with the SPOCC pipeline 3D CAD. Optimizing and Tolerancing Freeforms Zemax. Then Pixel and Data can be used to define which type of data you want. Quantitative analysis, 0.5 AU before IO position optimization. The value of Object will correspond to the detector of interest. How to use the Optically Fabricated Hologram to correct for aberrations. How to design a singlet lens, Part 3: Optimization. Designing for as-built performance with High-Yield Optimization. Using the TrueFreeForm surface for grid based freeform optimization. As described above, Surf will always be equal to '1' in a pure non-sequential system. Video - Optimization - Illumination System Design. The NSDD numeric function has four inputs: Surf, Object, Pixel, Data. Sequential / Non-sequential correspondence in Zemax / Opticstudio: implementation of a pure non-sequential model, corresponding software calculation options.
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