Optics and VR Capabilities
Optical Design and Analysis:
Get everything you need to simulate, optimize, and tolerance your optical designs. Design high-confidence virtual prototypes that you can thoroughly analyze before manufacturing.
Optical Design and Analysis:
Ray Tracing
Ray tracing is a fundamental feature in Zemax that simulates the path of light rays through an optical system. This allows designers to understand how light behaves within their system.
Ray Tracing
Lens Design and Aberration Analysis
Design of lenses with various shapes and properties while optimizing lens parameters to achieve desired optical performance.
Analyzing and correcting optical aberrations, to reduce deviations from ideal optical behavior that can affect image quality.
Lens Design and Aberration Analysis
Physics-Based Light Simulation
Ansys physics-based imaging, illumination and optical design simulation software streamlines the design process to better understand how your product will perform under real-world lighting and usage conditions.
Physics-Based Light Simulation
Virtual Prototype/Visual Appearance for Perceived Quality
When customers evaluate your products, the overall look and details can make the difference. Simulate light interactions with materials so you can see how your product will appear in real-world conditions, letting you see eye to eye with your customers and making decisions.
Virtual Prototype/Visual Appearance for Perceived Quality
Optical Sensors for Autonomous Vehicles
Optical sensors are the eyes of any intelligent system. Assess raw signals from camera and lidar systems in their operating environments. Post-process simulated data to optimize sensor layouts on vehicles in dynamic driving conditions.
Optical Sensors for Autonomous Vehicles
Interactively Assess HMIs
Use real-time, interactive and immersive environments to experience your prototype in virtual reality on a 1:1 scale. Ansys VRXPERIENCE offers customized driving scenarios for testing on virtual HMIs, considering human factors analyses and cognitive workloads.
