Did you know both TracePro and RayViz can perform raytracing with 3D solid models, but that there are many differences between the two programs?
TracePro is a standalone 3D solid modeling based optical design and analysis program. RayViz is an Add-In for SOLIDWORKS. TracePro can be used on its own while RayViz requires SOLIDWORKS to use.
TracePro features a database of optical properties, a full suite of analysis tools, optimization capabilities, property editors for making new properties, multiple source models, a macro language, and multi-threaded raytracing. TracePro also has the ability to perform advanced tasks such as bulk scattering, asymmetric and tabular surface scattering, fluorescence, and importance sampling.
RayViz also includes a database of optical properties. The optical properties applied using RayViz are saved as part of the SOLIDWORKS model. Raytracing with RayViz can show the rays and ray paths directly in the SOLIDWORKS model, though RayViz does not feature the analysis tools found in TracePro.
Raytracing with RayViz can also be slower compared to TracePro due to the multi-threaded ray tracing in TracePro. RayViz can be used to export a TracePro .OML file for full analysis in TracePro.
RayViz is a great choice when you want to see the rays in a SOLIDWORKS model to visualize the placement of opto-mechanical components and if they may interfere with the optical path, or determining where to place baffles and apertures in an optical system, or in the initial development of light guide and illumination systems. RayViz is available in a single edition.
TracePro is an excellent choice when full analysis results are required, or when raytrace speed is important, or if custom properties are needed. TracePro is also the tool to use for applications such as stray light analysis, illumination analysis, biomedical applications, and display applications. TracePro is available in three different editions, so you can select the edition that best meets your needs.
Both TracePro and RayViz can be used independently, or they can be used as complimentary programs to expand the capabilities of your optical design and analysis tools.