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 any 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: • Uniformity • Gradient • Line Defects • Particle Defects • Pixel Defects • ANSI Brightness • ANSI Color Uniformity • Checkerboard Contrast • Chromaticity • Distortion • Focus Uniformity • Compare Points of Interest • Points of Interest • Color Edge Mura • Color Mura • Diagonal Pattern Mura • Polarizer Deformation • Spot Pattern Mura 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.

Desktop application for optical measurement. A metrology software application ensuring unpaired system measurement accuracy thanks to its state-of-the art calibration algorithms and protocols. Horus is a very intuitive and user-friendly software allowing for real time measurement of parts: its interface and procedures are designed to closely match traditional CAD software approach thus ensuring a quick and easy check of the measurement results. Parts are automatically recognized and tracked over the entire field of view with no need of reconfiguring the measurement procedure, while tools for automatic geometric primitives and part geometric construction search make metrology information even more easily available. An advanced approach to edge detection and system calibration ensure maximum accuracy to your measurement system. Statistics are really intuitive and easy to use, allowing for getting complete measurement reports and data extraction. Horus can be easily configured and released independently by machine builders who want to address the specific type of process and needs of their customers. Moreover, Horus is suitable for customizations of the program interface, of existing program features as well as creating new application-specific features, according to customer’s need, including on-line measurement operation. FEATURES: - Accurate calibration and measurement over the entire field of view - Live measurement and tracking of objects placed in any position - Intuitive interface, consistent with most CAD environments - Flexibile, configurable and open to the integration to other devices

LensMechanix is software for mechanical engineers who design housing for optical products in CAD. With LensMechanix, mechanical engineers can access the complete design data of optical systems designed in OpticStudio® and start designing the mechanical envelope right away. They can then validate their mechanical design and fix issues before building a physical prototype. Functionalities: Load OpticStudio Files Design mechanics Apply a surface finish Validate your design Create ISO 10110 drawings

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.

Vision with intelligence. AI vision offers human-like, self-learning software to detect irregular patterns, defects, or features typically challenging for conventional AOI software to inspect. Inputting tens of image samples to AI vision software for the deep learning software to distinguish and learn; no code writing is necessary. Three functions: 1. Segmentation 2. Detection 3. Classification

PM-HL combines application-specific software and a ProMetric Imaging Colorimeter or Photometer to evaluate headlamp beam patterns. The software also permits conversion of headlamp beam patterns into roadway illumination distributions. Pre-configured point-of-interest (POI) sets support testing to US and ECE standards, including: • Illuminance (ECE Reg. 20) • Intensity (FMVSS108, R112, R123)

The TT-NIRI™ Software provides a test suite to efficiently perform high-resolution angular measurement of NIR light source distributions (LEDs, lasers, VCSELs), as well as dots in structured light patterns produced by diffractive optical elements (DOE). Used to ensure the accuracy of facial recognition and other 3D sensing devices and applications. Used with the Radiant NIR Intensity Lens.

The VIP (Vision Inspection Pack) license for Radiant TrueTest Software supplements the standard photometric analysis capabilities of TrueTest with registration functionality for unique illuminated regions (backlit icons and shapes) to enable defect detection and accurate photometric measurement. Simultaneously inspects the integrity of icons and shapes while measuring photometric values.

VisionCAL combines hardware and software for LED screen measurement, analysis, and correction. A complete VisionCAL system applies a high-resolution ProMetric® Imaging Colorimeter to measure the brightness and color of each LED in a screen. Computes correction coefficients for each LED to drive calibration of LED output, resulting in screens with entirely uniform brightness and color.

The TT-HUD™ Software provides a test suite to efficiently perform light, color, and dimensional measurements used to evaluate the quality of augmented projections, such as those emitted by head-up display (HUD) systems. The TT-HUD software module includes: • Light Measurement Luminance, chromaticity, contrast, uniformity • Spatial Defects Distortion, ghosting, MTF, position