FRED is an advanced optical engineering software program capable of simulating the propagation of light through virtually any optical/mechanical system. FRED imports both Rhino IGES and STEP CAD formats to accelerate the optical engineering process. Add sources, materials, coating and scattering specifications to fully analyze any optical or illumination system.

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Carolyn Cary-Johnson, Photon Engineering

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611 sur 1368 personnes ont trouvé cet avis utile
Strongly recommend for optical analysis 11/11/2010 by 'L.Siegel' from L.Siegel
This is the best tool out there for bridging the gap between optical analysis and mechanical CAD modeling. Non-sequential vector raytracing, radiometry, diffraction & coherence effects using the GBD algorithm. Unlike other optical CAD tools running on legacy code, this is a relatively new app with a good GUI. Very intuitive. Given how little of a market there is for optical engineering software, it must be a labor-of-love for the folks at PhotonEngineering.
693 sur 1597 personnes ont trouvé cet avis utile
Best optical analysis software on the market 7/20/2005
FRED is a very powerful optical analysis program with an intuitive user interface. Fred combines excellent graphics with the right analysis tools and a flexible scripting language for customization.
413 sur 1237 personnes ont trouvé cet avis utile
Our most critical software tool 7/14/2008 by 'Tim Corcoran' from Tim Corcoran
FRED is not only extremely powerful, it's also user-friendly. It's the core development tool in our spectroscopy research group, and undergraduate researchers majoring in chemistry (with no formal optical engineering training) use it to design our instrumentation. The software has been described by its developers as an optical prototyping tool, and it does that extremely well. Basically, FRED brings CAD (not restricted to just the optical elements) and optical raytracing together in a single environment (its optical capabilities go much further than just raytracing!). The incredible ability to visualize our optics and all the necessary opto-mechanics to support them has been revolutionary in allowing us to rapidly try a variety of design approaches on-screen. We know if an assembly will fit in the space available before ordering a single component, how we will put it together, and we can assess its performance in ways that would be difficult to nearly impossible in the hardware itself. We use Rhino in conjunction with FRED for designing custom optical assembly 'blocks'--the STEP files are can be imported right in, but be careful, NURBS are not as fast in FRED as they are in Rhino.