Using advanced optical simulations, spectral measurements, and physically true rendering, Ocean™ delivers true-to-life digital catalogs for industries with high standards of appearance accuracy.
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Category: Architecture
Ocean™ software’s spectral ray tracing enables highly accurate daylighting simulations, optimizing lighting and energy efficiency for sustainable architecture
Discover efficient project handling techniques and expert insights on physically true simulation projects. Optimize your workflow with expert insights and learn how to manage complex simulations and physico-realistic architectural scenes with ease using Ocean™.
Know more about Ocean™’s advanced features such as spectral versatility, adaptive scenario handling, and nuanced polarization modeling. From complex glass property modeling to interactive comparisons, discover how Ocean™ revolutionizes precision in the glass industry.
Discover the future of architectural glazing with digital prototyping. Understand the challenges of visual distortion and innovative Ocean™ simulations.
Experience precision in materials representation and learn about advanced techniques to generate in-situ visualization of architectural coatings. Russet Sacarbea case study.
Lighting study use case aiming at quantifying the amount of light that reaches the ground in a greenhouse to maximize the agricultural yield.
Introduction While dealing with the facade design process, questioning on the use of solar shading systems quickly arrives on the table. Solar shading is a
Introduction OceanTM offers many tools to visualize and apply post-processing to renders of 3D scenes . In many process pipelines, the main goal is to
Ocean™ software helps architects tackle reflective glare challenges in modern skyscrapers. Learn how to simulate light behavior in complex glass facades, prevent the death ray effect in architectural glazing, and ensure safe, energy-efficient designs.