SOFTWARE

When testing the quality of illuminated components and displays, or looking for defects in assemblies and surfaces, multiple tests may need to be performed to inspect products for a range of evaluation criteria. Radiant’s TrueTest™ Software equips ProMetric® Imaging Colorimeters and Photometers to be used for in-line inspection, providing: • a comprehensive set of predefined tests, • a flexible framework that allows you to apply a single test or sequence of tests as needed, quickly and efficiently, and • a pass/fail report with as much detail as you need. The TrueTest software application has five main components: • Test library • Test sequencer • Test manager (user-defined test parameters and pass/fail settings) • Test execution, automated • Report generator Any tests from the test library can be added to a test sequence (these are stored, so multiple sequences can be created and recalled as needed), and test parameters and pass/fail settings are input for each test. Then the entire sequence is run end-to-end automatically. Individual test results are displayed and can be recorded in a report. Provided with TrueTest are a range of standard quality tests and defect detection tools, including: • ANSI Brightness • ANSI Color Uniformity • Autofocus • AutoPOI • Checkerboard Contrast • Chromaticity • Color Edge Mura • Color Mura • Compare Points of Interest • Diagonal Pattern Mura • Distortion • Focus Uniformity • Gradient • Line Defects • Particle Defects • Pixel Defects • Points of Interest • Polarizer Deformation • Random Mura • Sequential Contrast • Spot Pattern Mura • Uniformity Additional advanced mura detection tests are available in optional software modules that add additional mura analysis, headlamp test parameters, head-up display tests, AR/VR display tests, and other application-specific measurements.

SYNOPSYS™ lens design software provides a complete toolkit to facilitate fast and efficient design for demanding projects such as zoom lenses, aspheric systems, and athermal designs. Features: Fast optimization powered by PSD algorithm Automatic Design Tool - finds starting points quickly to explore the design space and discover new design forms. - Automatic Design Search - Automatic Zoom Search - Automatic Ray-Failure Fix - Lithography Objectives - MTF Optimization - Perpetual Licensing

Polaris-M polarization analysis software program. Polaris-M integrates a suite of science application modules using the polarization ray tracing calculus. Sequential & Nonsequential Ray Tracing Isotropic & Anisotropic Thin Films Jones and Mueller Calculus Stress Birefringence Uniaxial & Biaxial Materials Liquid Crystals RCWA, DOE’s Realistic Retarders & Polarizers Polarization Scattering Optical Activity Measured Data

Acquisition and analysis of spectral measurement data Intuitive control and analysis of complex spectral measurements in the lab. Our SpecWin Pro spectral analysis software is a powerful and easy-to-operate interface for the high-precision spectral measurement systems from Instrument Systems. The uniform control and logic guarantees reliable implementation of all measuring tasks, even outside daily lab routines.

Professional software for display characterization - LumiSuite is a paramount software platform to capture and evaluate spatially resolved radio- and photometric DUT information with Instrument Systems’ photometers, colorimeters and infrared cameras. We continuously develop our LumiSuite software to evaluate measured data according to international standards in the display and automotive industry.

VirtualLab Fusion Basic provides a broad collection of technologies and applications: • Analyzing lens systems with ray tracing and the unique field tracing. All aperture-diffraction effects be can considered within a system, for both imaging and laser systems. • Convenient mechanism for modeling of interferometric systems. • Ultrashort pulse modeling, VCSEL modeling, fiber coupling. • And more!

This toolbox covers your needs in the field of diffractive: • Modeling of diffractive lenses • Design of diffractive lens structure • Optimization of diffractive lens • Modeling of hybrid lens systems - refractive and diffractive surfaces • Extension from diffractive lens to general HOE surfaces • Polarization-sensitive metalens modeling Purchase it together with VirtualLab Fusion Basic.

VirtualLab Fusion Advanced adds the Fourier Modal Method as a rigorous vectorial method for modeling periodic structures (1D and 2D). • Includes pre-defined models for surface-relief gratings, holographic volume gratings, metagratings. • One can analyze either the diffraction properties of an isolated grating device, or check its performance when used together with other components in a system.

3D surface texture analysis software: A suite of 3D surface analysis tools that can be quickly mastered by non-metrology experts and advanced users. It helps people outside of the metrology lab to explore surfaces and better understand the effect on function. A streamlined interface puts all basic settings in one place. Users can import data from virtually all common metrology systems and software.

To turn optical designs into reality, teams of engineers need to coordinate around one common goal. Now CAD users don’t have to recreate optical designs into CAD formats. With OpticsBuilder, CAD users can directly convert complete optical designs from OpticStudio into CAD, analyze how packaging impacts performance, and export optical drawings to manufacturing—saving costs and expensive prototypes.