Enhanced Life Science Research and Accelerated Biomedical Product Design in a Single Tool Life Science Research & Discovery Optical modeling for life science research requires an extraordinary degree of interdisciplinary collaboration among medical doctors, life scientists, and biomedical design...
Question The OSLO License works OK when logged onto PC as Administrator. Why does it fail when logged in as a User? Synopsis OSLO License works OK when logged onto PC as Administrator, but fails when logged in as a User Solution Each time OSLO is launched, it attempts to read the license...
Interactively Refine Your Design To Achieve Optimal Performance Optimization for Streamlining the Prototyping Process TracePro streamlines the prototype-to-manufacturing process for optical and illumination systems using its interactive optimizer. Different from traditional optimizers, TracePro ...
Question As an inexperienced optical designer, I have little idea what degree of smoothing (i.e. what range of waist radii) is generally appropriate to provide the most realistic answers. I'm sure there's no one right answer, but are there any rules of thumb one can use to determine an appropriate...
Many optical systems contain reflecting prisms and mirrors for redirecting beams or changing the orientation of images. Plane mirrors generally have no effect on image quality, and reflecting prisms are usually equivalent to blocks of glass. Nevertheless, for mechanical and tolerancing reasons it...
These examples demonstrate how OSLO can communicate with other programs using Dynamic Data Exchange (DDE) DDE_Matlab_to_OSLO_Example DDE_Excel_to_OSLO_Example DDE_OSLO_to_TracePro_Example DDE_OSLO_to_Excel_Example
Slides available here.
