Tags :ray-tracing

ODEON 19.06: Advanced Room Acoustics Simulation Software ODEON 19.06 is the final service patch for ODEON 19, the latest major version of the industry-standard room acoustics simulation software from Odeon A/S. Released in November 2025 with service patch 19.06 following in March 2026, this version introduces significant enhancements including a new 3D Render interface, building acoustics module, and frequency-dependent scattering coefficients . Key New Features in ODEON 19 3D Render & Visualization Improved 3D Render View: Default view in material list showing layer colors or material colors with real-time updates when materials change Visual Assets: Insert 2D objects (people, artwork, furniture) into rooms for visual reference; assignable to sound sources Shift-Click Surface Selection: Reveal surface numbers in inner view; outer...

Ansys Zemax OpticStudio v2026 Features and Capabilities Ansys Zemax OpticStudio v2026 (latest release as of early 2026, following patterns from 2025 R2 and prior updates) is the leading optical design and analysis software from Ansys, used globally for simulating, optimizing, and tolerancing imaging, illumination, laser, and photonic systems. This version builds on recent advancements in multiphysics integration, metalens design, productivity tools, and deeper Ansys ecosystem connectivity (e.g., with Ansys Speos for illumination, Ansys Lumerical for photonics, and Ansys optiSLang for optimization). OpticStudio supports sequential and non-sequential ray tracing, tolerancing, optimization, and analysis of complex optical systems—from lenses and mirrors to diffractive optics, freeform surfaces, and metasurfaces—ensuring high accuracy for real-world performance in aerospace, automotive lighting, consumer electronics, medical devices, and...

Ansys OpticStudio 2025R2 | Premier Optical System Design & Analysis Software Ansys OpticStudio 2025R2 is the industry-leading optical design and simulation software for developing advanced imaging, illumination, and laser systems. It provides a comprehensive environment for designing, optimizing, analyzing, and tolerancing optical systems from concept to manufacturable design. Core Functionality Overview: High-Fidelity Sequential & Non-Sequential Ray Tracing: Accurate modeling of imaging systems (lenses, telescopes) and complex non-imaging systems (light guides, backlights, stray light) using advanced ray tracing engines. Powerful Optimization & Tolerance Analysis: Robust global and local optimization algorithms for performance refinement, coupled with comprehensive tools to predict manufacturing yield through statistical tolerance analysis. Integrated Analysis & Interoperability: Extensive suite of built-in analyses (MTF, PSF, wavefront, polarization) and seamless data...

FRED 2025: The Integrated Platform for Complex Opto-Mechanical System Design FRED 2025 is a powerful, multidisciplinary optical engineering software that combines advanced ray tracing with CAD-like 3D modeling capabilities. It is uniquely designed for analyzing systems where optical performance is intimately tied to mechanical structure, thermal effects, and scatter—making it the preferred tool for tackling challenging problems in stray light analysis, illumination, laser systems, and precision optical assemblies. Core Function: A Unified Environment for Light & Geometry Its core strength is the seamless integration of optical ray tracing with detailed 3D mechanical geometry within a single model. This allows engineers to directly assess how mounts, baffles, housing structures, and surface imperfections affect optical performance and stray light. Key Functions: High-Fidelity...

LucidShape 2024.9: The Premier Virtual Prototyping Platform for Advanced Optical Design In the competitive and highly regulated fields of automotive lighting and precision illumination, virtual prototyping has become indispensable. LucidShape 2024.9 stands at the forefront as a specialized, industry-standard computer-aided engineering (CAE) software suite dedicated to the design, simulation, and rigorous analysis of complex optical systems. This powerful environment, developed in alignment with industry workflows, empowers optical engineers, lighting designers, and photometric experts to create, validate, and optimize lighting solutions entirely in the digital realm before a single physical prototype is built. From conceptualizing the sharp cutoff of an adaptive driving beam to crafting the uniform glow of a rear tail lamp, LucidShape provides the sophisticated ray-tracing engine and specialized...