#Lighttools 8.4 full
Full integration with LightTools 3D solid modeling ensures that the optimizer delivers practical, realistic solutions that yield the best possible system performance, in a fraction of the time it would take to accomplish manually.The LightTools optimization module improves the performance of virtually any type of illumination system, and gives designers tremendous flexibility to choose from hundreds of system parameters to designate as variables in order to achieve specified luminance, illuminance or output intensity distribution goals.
#Lighttools 8.4 software
LightTools is the first illumination design and analysis software to deliver a fully integrated system optimization tool. Point-and-shoot ray tracing for real-time, immediate feedback on your system’s light behavior during design iterations.Intensity data collection that enables data exchange with other lighting design software through the IES and LDT data formats.Calculate the color rendering index (CRI) on any receiver – ideal for LED and luminaire design.Textures – 2D, 3D, and user defined – with flexibility to vary the shape, size, and spacing of texture elements.User-defined materials to model phosphor-based white LEDs.Fully optimizable skinned solids for creating efficient LED couplers, solar concentrators, and other complex optical surfaces.Multiple immersion for modeling the embedded phosphor in an encapsulated LED.Interactive, dynamic link with SOLIDWORKS.Robust data exchange support for mechanical CAD data.Extensive source and materials libraries, including LEDs and BSDF measurements.Application-specific utilities to help you quickly build a complete model.Create a light source from any geometric model, for unlimited flexibility to create custom sources.State-of-the-art ray tracing speed, with full user control of accuracy and resolution requirements.Sophisticated solid modeling with full optical accuracy.
LightTools’ robust design features help you quickly and efficiently create and modify your illumination system design, from initial concept phases to subsequent engineering iterations and refinements.
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