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LightTools Illumination DesignSoftwareDesign, Analyze, Optimize and Deliver Illumination Opticssynopsys.com/optical-solutions/lighttools
LightTools Illumination Design Software ApplicationsLightTools is a 3D optical engineering and design software product that supports virtual prototyping, simulation, optimization, andphotorealistic renderings of illumination applications. Its complete design and analysis capabilities, combined with ease of use, supportfor rapid design iterations, and automatic system optimization, help to ensure the delivery of accurate, timely, and cost-effectiveillumination designs.Across a broad range of illumination applications, LightTools helps you get high-performance, systems to market faster. View additionalLightTools applications at: ols/application-gallery.htmlLED DESIGN INCLUDING LED DIES, ARRAYS, AND PACKAGINGKey Capabilities Rapid model creation Ability to model the embeddedphosphor and epoxy covering in anencapsulated LED Fully optimizable geometry fordesigning primary optics Sub-micron structures to enhancelight extraction efficiency throughco-simulation Supplied and custom materials foraccurate color simulationBACKLIT DISPLAYSKey Capabilities Extensible textures to modelpaint-dot patterns and as-builtextraction features Functions to automate system setupand facilitate rapid design studies Backlight pattern optimization foruniformity and efficiency Library of standard brightnessenhancing, diffusing, andreflective films
DIGITAL PROJECTORSKey Capabilities Library of pre-defined LCD, DMD, andLCoS projector models Light source definition by geometricand measured sources, includingupdated standard ray file formats Built-in colorimetry analysis featuresto evaluate color quality andsimulated display appearance Creation of complex mixing-rodshapes with minimal effort andoptimization capabilities thatautomatically refine the design form Rapid and high-accuracy spatialluminance calculationsLIGHTING AND LUMINAIRESKey Capabilities Visualization of how a luminaire is litand how it lights a room Reflector and refractive elementconstruction and automatic patterngeneration tools Efficient modeling of a wide rangeof complex components, frompillow optics to light diffusers for alllighting fixtures True-color RGB output IES-formatted light sources Industry-standard luminaire reportsand lighting filesLIGHT PIPES AND LIGHT GUIDES FOR ILLUMINATION AND LIGHT DISTRIBUTIONKey Capabilities Interactive construction, parametricediting, and automatic optimizationof complex shapes Multiple appliqués, dot patterns,fine groove structures, or bumpstructures for light extraction Features to improve speed andaccuracy of light pipe simulations Volume scattering inside amaterial to simulate the diffusingcharacteristics of light guides
STRAY LIGHT SIMULATIONKey Capabilities Ray path analysis that visuallyidentifies stray light issues andsummarizes energy flux andtotal power Receiver data filtering for multipleanalyses from a single simulation Aim areas for efficient analysis ofstray light in systems CAD import and export to leverageexisting dataVEHICLE INTERIOR LIGHTINGKey Capabilities Interactive construction, parametricediting, and automatic optimizationof complex shapes Multiple appliqués, dot patterns,fine groove structures, or bumpstructures for light extraction Volume scattering inside amaterial to simulate the diffusingcharacteristics of light guides Visualization of an optical system’s litand unlit appearance Ability to measure luminance at anylocation in the model space andevaluate display visibility and quality Features to optimize task lightingand minimize glare Extensible surface scattering tomodel automotive finishesSOLAR COLLECTION AND DAYLIGHTINGKey Capabilities Classical and custom solarcollection optics Tools for modeling solar collectionsystems using solar insolation data Fluorescence to enhance light capturein luminescent solar concentrators Photorealistic renderings to show theeffects of daylighting enhancements
MEDICAL IMAGING AND SURGICAL DEVICESKey Capabilities Full suite of volumetric opticaleffects, including scatter,phosphorescence, and absorption Tissue modeling using industrystandard Henyey-Greenstein andGegenbauer models Extensible surface scatteringcapabilitiesMACHINE VISION AND LASER SCANNING COMPONENTSKey Capabilities Extensive material modeling and afull complement of geometric laserpropagation capabilities Accurate modeling of bothillumination and detection opticsacross the electromagnetic spectrum Evaluation of illuminator anddetection optics from the detector’spoint of view Modeling light-field and dark-fieldillumination with polarization effects Construction of dynamic, timebased modelsAEROSPACE, DEFENSE, AND SPACE-BORNE SYSTEMSKey Capabilities Stray light and off-axisrejection analysis Easy identification of ghosts and flare Blackbody source spectrum CAD import for optical mounts andassemblies Multiple variance reduction methodsfor efficient simulations Model scattering for surface andcleanliness defects
LIDAR AND REMOTE SENSINGKey Capabilities Time of flight measurements Detection of low signal reflections Design feature for hyperspectralinstrumentsAR/MR/VR AND CO-SIMULATION WITH RSOFT PRODUCTSKey Capabilities Integration of sub-micron structuresin designs Exploration of image fusion for ARsystems, such as automotive headsup-displays Evaluation of glare effects asexperienced by the human eye Contrast reduction analysis forambient lighting environmentsConfigure LightTools to Meet Your NeedsLightTools has multiple modules that can be licensed in configurations to meet your specific application needs. The Core Module is aprerequisite for all other modules, which include the Illumination Module, Optimization Module, Advanced Design Module, Advanced PhysicsModule, SOLIDWORKS Link Module, Data Exchange Modules, and Imaging Path Module. These modules work together seamlessly toprovide a complete design and analysis solution for illumination systems.
LightTools ModulesCore ModuleIllumination ModuleThe LightTools Core Moduleprovides graphical 3D solid modeling functionality and interactiveoptical ray tracing for creating andvisualizing optical and opto-mechanical systems, including thecapability to specific properties formaterials and optical surfaces.Enables designers to simulate and analyze light as it traverses the optical and mechanical componentsin a model. Includes state-of-the-art Monte Carlo ray tracing for accurate predictions of intensity,luminance, and illuminance throughout the model, as well as powerful illumination analysis capabilities.Productivity-enhancing featuresinclude an intuitive user interface,libraries of task-and-application-specific utilities and examplesystems, programming extensionsfor automating workflow, andphotorealistic renderings ofmechanical models.All other LightTools modules arefully integrated with the CoreModule. For more informationabout LightTools modules, mlOptimization ModuleAutomatically improves the performance of virtually any type of illumination system. Full integration withthe LightTools 3D solid modeling environment ensures practical, realistic solutions in a fraction of thetime it would take to accomplish manually.Advanced Design ModuleProvides a set of specialized tools to enable fast, robust modeling of reflective and refractive freeformoptics in both single-surface and segmented configurations for a diverse set of illumination applications.Advanced Physics ModuleExtends optical modeling capabilities in LightTools for custom optical parts and advanced illuminationsubsystems. Includes modeling of phosphors, user-defined optical properties, and gradient index materials.SOLIDWORKS Link ModuleDynamically links SOLIDWORKS mechanical models to LightTools, where you can assign opticalproperties, optimize, and directly update your SOLIDWORKS design.For more information or to startyour free 30-day evaluation, pleasecontact synopsys.com/opticalsolutions/lighttools, or send ane-mail to optics@synopsys.com.Data Exchange ModulesProvide import and export capabilities for industry-standard CAD file formats, including IGES, STEP,SAT, CATIA V4 and V5, and Parasolid formats.Imaging Path ModuleDefines an imaging path based on sequential optical surfaces and perform lens analyses. The ImagingPath capability can be used directly in LightTools or in conjunction with CODE V.Distributed Simulation ModuleDistributes Monte Carlo ray tracing over multiple computers to speed simulations of complexoptical models. 2020 Synopsys, Inc. All rights reserved. Synopsys is a trademark of Synopsys, Inc. in the United States and other countries. A list of Synopsys trademarks isavailable at http://www.synopsys.com/copyright.html . All other names mentioned herein are trademarks or registered trademarks of their respectiveowners. 07/17/20.LightTools Modules DS.
LightTools, Illumination Design Software, LightTools Modules, SOLIDWORKS Link Module, design, analyze, and optimize illumination optics for manufacture, design leds, led dies, led arrays, led packaging, design backlit displays, stray light analysis, backlight pattern optimization on c
