Optics & VR

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Optics & VR

Modeling light propagation and its effects are pivotal for assessing product performance, human comfort, perception, and safety. Ansys Optics & VR offers a unique simulation platform that accurately predicts a system's optical performance and evaluates the resulting illumination effects. It allows for the prediction and validation of lighting and material variations on appearance and perceived quality, all within real-world conditions.

By leveraging Ansys Optics & VR, engineers can visualize product designs before they exist, delivering an unparalleled virtual customer experience. This enables precise optimization and refinement of lighting systems, ensuring optimal performance and customer satisfaction across various applications and industries.

    High Level Features
  • Ansys Optics & Virtual Reality optical simulation software guides you to optimal solutions regardless of your project's style. This powerful software effortlessly tackles intricate optical problems and enhances visual appearance for heightened perceived quality. By leveraging true-to-life visual experiences, it dramatically elevates final product quality and seamlessly integrates design and engineering processes into a cohesive workflow.
  • With Ansys Optics & Virtual Reality, engineers can prepare and evaluate virtual prototypes of cockpit Human-Machine Interfaces (HMIs) within a real-time, immersive VR environment. Additionally, they can simulate optical sensors for autonomous vehicles, benefiting from the versatility and capabilities offered by the software suite.

ANSYS Optics & VR Products

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ANSYS Speos

Immerse yourself in light simulation for optical system optimization and validation through an intuitive and comprehensive user interface embedded within a multiphysics environment.

With this powerful tool, engineers can seamlessly navigate the intricacies of optical system design, leveraging advanced simulation capabilities to refine and validate their designs. The intuitive user interface streamlines the simulation process, enabling users to explore various parameters and optimize optical systems with ease.

Within the multiphysics environment, users can integrate optical simulations with other physical phenomena, gaining a holistic understanding of system behavior and performance. This comprehensive approach empowers engineers to develop innovative solutions and ensure the reliability and efficiency of optical systems across diverse applications and industries.

    Features :
  • Lighting system performance
  • Optical Part Design
  • Advanced optical analysis
  • Human vision
  • Simulate sensor vision
  • HUD design and analysis