Lighting Fixtures and Light Source Database

NegotiableUpdate on 12/07

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The system has a complete definition of the optical properties of the optical system, including transparent materials, scattering materials, fluorescent materials, metal materials, dielectric materials, film materials, etc. The full radiation BSDF properties of the material are accurately defined through the Lambert function and Gaussian function, reflecting the surface optical properties, volume optical properties, and special surface optical properties that include specific characteristics such as reflection, absorption, transmission, scattering, and polarization. The database can provide over 10000 types of LE produced by large lighting equipment manufacturers such as Osram, Citiazen, Nichia, GE, Vishay, Lumileds, etc. from various countries

Product Details

Product Introduction

The system has a complete definition of the optical properties of the optical system, including transparent materials, scattering materials, fluorescent materials, metal materials, dielectric materials, film materials, etc. The full radiation BSDF properties of the material are accurately defined through the Lambert function and Gaussian function, reflecting the surface optical properties, volume optical properties, and special surface optical properties that include specific characteristics such as reflection, absorption, transmission, scattering, and polarization. The database can provide over 10000 types of LED, LCD, incandescent, fluorescent, arc, and various specialized light sources produced by large lighting equipment manufacturers in various countries such as Osram, Citiazen, Nichia, GE, Vishay, Lumileds, etc. It is classified by the factory model codes of global lighting manufacturers.

Features

Select specific light sources for simulation based on actual needs;

Simulate and simulate the interior and exterior lighting of automobiles;

Simulate the lighting inside the cockpit and cabin of an aircraft;

Simulate lighting fixtures and other components within architectural spaces

Synchronization scheme

The ErgoLAB human-machine environment synchronization cloud platform can synchronously collect and comprehensively analyze multidimensional data from humans, machines, and environments, including eye tracking, physiological measurements, biomechanics, electroencephalography, brain imaging, behavior, human-computer interaction, action posture, facial expressions, subjective evaluation, spatiotemporal behavior, simulators, physical environments, etc., providing complete data indicators for scientific research and applications. The platform can complete a complete experimental and evaluation process, including project management - experimental design - synchronous acquisition - signal processing - data analysis - artificial intelligence application - visual reporting, supporting group testing based on cloud architecture technology and big data cloud management.