* Remember you must be connected to the U of A VPN to use this software offsite. At the “License installation Options” screen select Floating (network) license and use the following hostname: Please email for the password to the following page: University Site Licensed Software for Students: Please download, install, and connect to the VPN client with your UANetID username and password before starting the software. The following software on this page required the use of UAWiFI or the U of A VPN client to run. By using the links in this page a student confirms and agrees to use the software for educational proposes ONLY and not for consulting services or other unauthorized use. Aim area capabilities for measured bidirectional scattering distribution function (BSDF) sur faces - BSDF data is often used to provide high- accuracy simulations of scattering surface characteristics.Use of the software described below is for students currently enrolled at the College of Optical Sciences and for educational purposes ONLY. This expanded ray trace limit allows designers to achieve extremely accurate results for stray light analysis and luminance calculations. Intensified r ay tracing - LightTools now traces up to one trillion rays in an illumination system, lifting the sampling limits for virtually all Monte Carlo simulations.Enhancements to the LightTools stray light analysis toolkit include: Stray Light Analysis Enhancements LightTools has comprehensive capabilities to help optical engineers pinpoint and correct stray light issues during product design. The new polarization modeling tools are included in the LightTools Advanced Physics Module, which provides flexible programming extensions to develop custom optical parts and cutting-edge illumination subsystems. New charts allow designers to easily assess the polarization state and orientation and identify how to maximize flux. New Tools to Model Polarization Elements in AR/VR Headsets and Biomedical Instruments LightTools 9.0 provides new tools to model and analyze polarizing elements with birefringent materials, which are increasingly used in advanced applications such as AR/VR headsets and biomedical instruments.
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