Key Features

Ability to create complex physical models with complete optical accuracy

State-of-the-art ray tracing speed, with users able to control accuracy and resolution as needed

Any geometric model can be created as a light source, enabling flexible creation of custom light sources

Dedicated application tools to help you quickly build a complete model

A wide variety of light source and material libraries, including LED and BSDF test data

Supports stable data exchange with CAD software

Supports dynamic data linking with SOLIDWORKS

Can use multi-immersion functionality to model the phosphors embedded in encapsulated LEDs

Full integration with LightTools 3D solid modeling ensures that optimization tools provide practical, realistic solutions and deliver optimal system performance in a fraction of the time required for manual operations

Backlight pattern optimization enables automated design of backlight extraction patterns for LCDs, mobile phone keyboards, and automotive instrument panels

LightTools' interactive user interface is easy to learn and includes many features that enhance productivity when creating and modifying lighting system components

Angular and spatial brightness analysis

Simulates real-world environments, including surface effects such as polarization, scattering, reflection, refraction, and thin-film coating performance. Also includes material effects such as dispersion, volume absorption, body scattering, and color filtering

Fast, stable forward and backward Monte Carlo ray tracing

Accurately and quickly predict the color performance of your lighting system

Ability to export models with high fidelity from CODE V to LightTools for lighting, ghosting analysis, and stray light analysis.