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Of course, the simulations must be accurate to correctly model the behavior and performance of the device, and must be validated with physical prototypes. These processes account for fabrication tolerances, assembly, and the long term performance of the optical device. All of these factors must be considered when designing and prototyping optical devices like road lights, approach and departure lights, cameras, or portable displays.
Optis also makes it possible to perform return ray tracing and comparative studies, which improve the predictability of optical devices, like display or vehicle headlights and remote sensing sensors. It is often the case that optical designers are concerned with “engineering problems”, beyond the typical questions of design and manufacturing. Optis lets engineers explore the optical behavior of complex devices, to derive insight into how complex optical designs are implemented.
Optis specular surface constraints used in ray tracing algorithms can greatly improve the performance of the display or road light beam. Using Optis, engineers can investigate the impact of clear coatings, the anti-reflection (AR) properties of light-reflecting surfaces, and how to implement more efficient AR coating.
Optis is also used to perform “Holographic Optics”, a new technology that allows the creation of fully functional and complex optical devices, by combining the Light-Manipulation Physics Capabilities of OPTIS with the Light Propagation Capabilities of OptiShrink.
SPEOS is an extension of our Optics suite. At OPTIS we have been using optical simulation within our own design environment for years, and saw the need for the same capabilities when we started working with customers. Entering the optis speos caa v5 crack .