Designsoftware til opbygning af lyssystemer
Synopsys lancerer ny version 8.0 af firmaets såkaldte LightTools 8.0 softwarepakke til opbygning og evaluering af lyssystemer (in english).
Synopsys, the global leader accelerating innovation in the design, verification, and manufacture of chips and systems, today announced the availability of version 8.0 of its LightTools illumination design software, which delivers multi-CPU support that dramatically improves the speed of lighting system simulations.
With the addition of several new 3D objects, application specific utilities and enhancements to parametric controls, this version also provides features that simplify the design of state of the art lighting components.
- We’ve made LightTools even better with significantly faster performance as well as new and improved tools for building and visualising illumination designs, says George Bayz, vice president and general manager of the Optical Solutions Group at Synopsys.
- These updates help pave the way for lighting engineers to design, manufacture and deploy their products faster and more cost effectively."
LightTools has been enhanced with a multi-threading capability that enables illumination simulation processes to take advantage of all CPUs or cores on a computer. The multi-CPU feature can dramatically improve the speed of simulations, analyses and design optimisations.
- The multi-thread capabilities of LightTools 8.0 efficiently leverage my computer resources, says Dr. Juan Manuel Teijido, chief scientist at Haag-Streit AG.
- The fast ray tracing allows me to perform rapid iterations and stay focused on my optical design. My productivity has been greatly improved with this release.
- The LightTools multi-CPU feature has yielded great results. On my latest project, simulation times with 1.5 million rays were reduced from 177 seconds to 41 seconds, comments Kris Young, opto-mechanical engineer at Konstant Products.
- This is more than a 4X speed improvement that enables me to run hundreds of simulations at the beginning of a project and also allows for much more complex optimisations at the end of the project.
New 3D objects
To facilitate the creation of complex lighting components, LightTools introduces new types of 3D objects, including revolved sheets and solids, extruded sheets and solids and freeform sheets. These objects expand the range of shapes available for creating state of the art illumination optics such as compact, freeform surfaces used in automotive headlights.
The LightTools Source Array Utility simplifies the construction of source arrays used for applications such as edge-lit displays and luminaires. It enables users to quickly and easily convert a given surface of a solid to an array of identical sources while requiring only a single source in the model.
The LightTools Street Lighting Utility provides a specialised set of tools that guides users through the process of evaluating, designing and optimising luminance and illuminance patterns on roadways to meet industry standard specifications. The utility has been enhanced to broaden capabilities for street lighting design. For example, users can now define a light distribution that is either Gaussian or uniform across a roadway in order to determine the type of distribution that is needed to meet roadway lighting specifications.
Improvements to parametric controls
Improvements to LightTools’ parametric controls include convenient new ways to move and group them. These enhancements help users more easily organise and manage elements that control the geometry, position and function of each component in a LightTools model.
Additional tools are now available for visualising the shape and orientation of a light source’s illuminance distribution with respect to model geometry. This includes the ability to display true colour output in the LightTools 3D Design view, as well as the ability to concurrently display illuminance results for all surface receivers in a model, making it easier to compare results.
http://www.synopsys.com/Tools/OpticalDesign.
