LightTools: What’s New
LightTools 8.3 delivers new solutions for designing high-performance lighting systems with ease and efficiency.
Advanced Design Module
The LightTools Advanced Design Module provides a set of specialized tools to enable fast, robust modeling of reflective and refractive freeform optics in both single-surface and segmented configurations for a diverse set of illumination applications. The Advanced Design Module leverages proprietary algorithms from Synopsys’ LucidShape® products that automatically calculate and construct optical geometries based on user-defined illuminance and intensity patterns. This unique, functional approach gives you the freedom to focus on overall design objectives rather than the implementation details of complex optical components.
Key features include:
Freeform Designer for designing reflective and refractive surfaces that shape the resulting light pattern.
MacroFocal Reflector for designing segmented optics
Procedural Surface Lens for designing surfaces with pillowed optical arrays
LED Lens for creating various types of LED collimator lenses
LightTools 8.3 – MacroFocal Reflector
LightTools 8.3 – Procedural Surface Lens
LightTools 8.3 – Key Features
Temperature and Power Density Effects for
LightTools includes new capabilities to assist you in modeling spatial temperature and power density variations in phosphor-based LEDs.
LightTools 8.3 – Temperature and Power Density Effects for Phosphor-Based LEDs
User-Defined Volume Scattering (UDVS) API
The new UDVS API enables you to create custom volume scatterers using Windows COM technology, which can be dynamically linked to LightTools. It offers tremendous flexibility for defining custom scattering and phosphor interactions for LED packaging designs.
LightTools 8.3 – User-Defined Volume Scattering (UDVS) API
Volume Scatter Logger Utility
A new Volume Scatter Logger has been added to the LightTools Utility Library. The utility creates a log of scattering and phosphor conversion events to show what is happening in a scattering material, such as the amount of absorbed and lost energy, as well as shifts in wavelength.