Cloud native EDA tools & pre-optimized hardware platforms
In This Issue:
LucidShape’s powerful Ray History Sensor is typically used to investigate the geometrical light path in a design from the source to the candela sensors to backtrack glare and other problems in the beam patterns. But you can also assign a Ray History Sensor to a surface to find out how rays pass through it or how they travel to a specific surface in your optical model.
This can be helpful for diagnosing anomalies in a design such as light leakage at a mounting feature, or to determine if changing the light engine can be a solution to reduce localized light loss in your design, or simply to verify that rays trace through your design as expected. The following figure shows ray paths restored on two pillows of an edge light design, highlighting the contributions from only two of the available sources.
Figure: Ray History Sensor Example – Edge light design ray restoration from a surface sensor
The next time you ask, “Where are these rays coming from?” you can use a Ray History Sensor to provide the answer. Open the Assign Material dialog and create a sensor shape with the Ray History Sensor material. Create another surface sensor (e.g., a lux sensor) on the same geometry, and then restore rays from ray history sensor, just as you would if the rays were tracing to a candela sensor.
If you have any questions about this feature, please contact us at lucidshape_support@synopsys.com.
This release includes fixes to several customer-reported bugs. See the LucidShape CAA V5 Based 2018.09-2 Release Notes on the Customer Support Portal to read the “Issues Fixed in This Release,” as well as details about the features included in the LucidShape CAA V5 Based 2018.09 main release and descriptions about known issues and limitations.
Direct-Sales Customers
To order a new license of LucidShape CAA V5 Based software, please contact the Synopsys Optical Solutions Group Sales Team at optics@synopsys.com.
Or, to update your current version of LucidShape CAA V5 Based software, go to the Synopsys SolvNet website to obtain the latest software and license keys:
Distributor Customers
For customers working with distributors, please contact your local LucidShape software distributor to request LucidShape CAA V5 Based software. See the Synopsys Optical Solutions Group Global Contacts page for contact information. If your country is not listed on the Distributors page referenced above, please contact us at lucidshape_support@synopsys.com for instructions.
See the LucidShape 2018.09-2 Release Notes on our Customer Support Portal.
If you have any questions about features in this release, please contact lucidshape_support@synopsys.com.
June 17-18, 2019
Mövenpick Hotel Nürnberg Airport
Flughafenstrasse 100
90411 Nürnberg, Germany
Tel: +49 (0) 911-35010
www.moevenpick-hotels.com/nuernberg
Please mark your calendars to join us at our annual LucidShape User Group Meeting held in Germany. This year’s user group meeting features presentations on the latest developments in LucidShape products, as well as selected topics ranging from lighting design applications to technical aspects of simulation.
You are also invited to join our LucidShape experts and fellow lighting engineers on June 17 for an evening reception at Terminal 90 (rooftop bar/lounge of Nürnberg Airport) with complimentary food and drinks.
There is no charge to attend these events, but registration is required. More details and information to come.
Crowne Plaza Farmington Hills - Novi
37529 Grand River Avenue
Farmington Hills, MI 48335
(248) 477-7800
Join us for our annual LucidShape training and user group meeting in July 2019 at the Holiday Inn Hotel and Suites in Farmington Hills, Michigan. Please save the dates for:
More details and information to come.
If you'd like to give a presentation at any of these user group meetings, please contact us at lucidshape_support@synopsys.com.
LucidShape accurately simulates how light interacts with a surface using surface materials that define interactions in terms of reflection, transmission, absorption and scattering. Because all surfaces scatter light to some degree, surface materials also provide a way to specify a scattering distribution, which is necessary to achieve the most accurate optical simulations.
Surfaces in LucidShape can be of specular (i.e., ideal) quality with no scattering, or you can assign to them any of the available scattering material properties -- Gaussian or Lambertian scattering, user-defined scattering with a table of measured values, scattering based on a 2D scatter curve, and many more.
For the latest event calendar, please go to our Events page.