A step-by-step workflow and downloadable example – Ocean™ 2024 Splashscreen. Ocean™ combines material measurement, optical simulation, and visual rendering to predict appearance and performance in product design.
Blog
Tag: Ocean™ Features
Ocean™ combines precise light simulation and computational efficiency for global illumination, with bi-directional path tracing and multi-importance sampling.
Ocean™ uses advanced technology to improve product design. Using optical data to create virtual product, our software provides reliable, accurate digital twins.
Ocean™ combines captured textures and spectral data. This article explores advanced techniques for accurate material rendering and realistic texture mapping.
Ocean™ enables highly accurate digital models, reducing reliance on physical prototypes, speeding up development, and cutting costs. Explore the power of advanced simulation tools in enhancing design precision and project timelines.
Enhance product design with OceanTM’s Human Vision Module. Explore mesopic and photopic vision, dark adaptation, and more for advanced optical product development.
Human vision module is an Ocean™ 2022 brand-new feature. This module, available as a post-processing filter, can reproduce several properties of the human eyes that would alter the appearance of a scene.
Discover how Ocean™ revolutionizes LiDAR system simulations for automotive manufacturers and OEMs. Accurately model real-world environments, optimize performance, and reduce physical prototypes to accelerate development
When dealing with physico-realistic rendering, namely in the case of daylighting studies, lighting conditions play a major role. Thus, be able to get weather information, namely radiative observables, for a given location is necessary to simulate realistic illumination conditions.
Due to technical difficulties with integrating wavelength shifting into modern rendering engines, the feature is still absent from all modern production rendering systems.
Ocean™ 2021 can give the user a starting point for a physically based spectral rendering model to simulate surface fluorescence. We will show hereafter how fluorescence works and how it can be applied in Ocean™.