2D Interactive Optimizer to Design Optical Reflectors - Introduction (2012)
Slides available here.
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TracePro, RayViz, and OSLO: License Options
When purchasing TracePro®, RayViz™, or OSLO®, you choose from four license types: single-user USB, single-user soft, network USB, and network soft. The right choice comes down to two decisions: where the license lives (one machine or a shared server) and how it's stored (a portable USB dongle or a...
42. OSLO Tip: NODP getting FFL and BFL data fast
41. OSLO Tip: Seeing how the system is sampled
Gaussian Beam Propagation: Movie Overview
Movie shows the propagation of a Gaussian beam through a simple lens, and shows the use of OSLO to make animated sequences of drawings, as well as the interesting optical effects encountered when focusing low-aperture Gaussian beams. OSLO contains commands for making and viewing movies. Movies are...
14. Making an Asymmetric LED Surface Source Property
Accurately predict Pulse Oximetry device performance
Validate your design and speed your product to market! Medical device design engineers developing pulse oximetry devices and wearables can use TracePro® simulation software to accurately predict device performance and improve conveyance of heart rate, and blood oxygenation levels. Import designs...
Angular Magnification: Method to Constrain During Optimization
Question How do I constrain the angular magnification of my system during optimization? Synopsis Method to constrain the angular magnification during optimization Solution The most direct way to constrain the system's angular magnification is by selecting the System Operand "amag" and entering the...
03. OSLO Tip: Copy text from output window
Video available here.
Temperature Distributions
Files demonstrating each of the 6 file formats for defining a Temperature Distribution Property that can be applied to a surface in the TracePro model. TempVar_Type0.txt TempVar_Type1.txt TempVar_Type2.txt TempVar_Type3.txt TempVar_Type4.txt TempVar_Type5.txt