Do you have the LensVIEW Optical Design Database?
Unfortunately, we do not have a copy of the LensVIEW Optical Design Database. As far as we are aware, this is no longer available.
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What to do if Norton or McAfee flags your OSLO EDU installer
Why antivirus might flag our installer Some antivirus programs, including Norton, may flag the OSLO EDU installer with a generic label such as “IDP.Generic” or “IDP.ALEXA.54.” These alerts are behavior-based rather than detections of a known virus and are triggered because the installer unpacks...
Advanced Analysis of Optical Coatings Using OSLO and TracePro
Optical coatings have transformed modern optics, playing a pivotal role in defining how light interacts with surfaces. From increasing transmission in camera lenses to reducing laser reflections in high-precision instruments, coatings determine performance at every level. However, as systems become...
Using PlanOpSim Metasurfaces in TracePro
Designing Efficient Optical Systems for Indoor Farming Using TracePro
As global demand for sustainable, year-round crop production intensifies, controlled environment agriculture (CEA)—including vertical farms and greenhouses—has emerged as a viable solution. Central to this model is lighting: optimizing light delivery in terms of spectrum, intensity, and uniformity...
Advanced Techniques for Modeling Diffractive Optical Elements in TracePro
Diffractive Optical Elements (DOEs) have revolutionized optical system design by offering compact, lightweight alternatives to conventional lenses and mirrors. From beam shaping to spectral splitting, DOEs manipulate light in ways that are difficult or impossible using traditional refractive...
License Error - WupiQueryInfo(0,7) returned -1 Called from line 162 of WibuLicense.cpp
Synopsis License Error - WupiQueryInfo(0,7) returned -1 Called from line 162 of WibuLicense.cpp Solution A few customers have observed this message since 2018.
Simulating Complex Optical Phenomena Using TracePro
Optical systems today extend far beyond simple lenses and mirrors. From augmented reality to biomedical imaging, engineers confront the challenge of accurately modeling complex light behaviors including polarization, scattering, fluorescence, interference, and absorption within non-ideal...
Designing Efficient Light-Guiding Systems for Automotive Interiors Using RayViz and TracePro
In today’s automotive landscape, interior lighting is no longer a secondary concern—it’s a cornerstone of user experience, brand storytelling, and even vehicle safety. From ambient mood lighting in luxury sedans to functional indicators in electric vehicles, light-guiding systems inside the cabin...
Simulating and Analyzing Light Propagation in Biological Tissues with TracePro
The complex interaction of light with biological tissue forms the foundation of numerous medical and biophotonic technologies, spanning from advanced optical imaging and targeted phototherapy to precision laser surgery and sophisticated diagnostic systems. Understanding the intricate mechanisms...