Ocean™ revolutionizes gemstone design through precise color control, optics laws consideration, and computational models. Explore the iterative digital prototyping process, optimizing gem appearance…
Blog
Category: Blog
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.
Reshaping optics and product design with Ocean™. Use virtual prototyping to conduct feasibility assessments, realistic visualizations, and materials optimization with unprecedented engineering accuracy.
Advanced virtual prototyping through accurate material modelling, photo-render comparison and optical measurement, ensuring lifelike simulation of complex geometries and materials.
Discover the future of architectural glazing with digital prototyping. Understand the challenges of visual distortion and innovative Ocean™ simulations.
Explore the optical behaviour of coated fabrics, analyse spectral management and reflection angular dependance to generate physically accurate simulation of materials.
Experience precision in materials representation and learn about advanced techniques to generate in-situ visualization of architectural coatings. Russet Sacarbea case study.
Enhance product design with OceanTM’s Human Vision Module. Explore mesopic and photopic vision, dark adaptation, and more for advanced optical product development.
Diffraction patterns are a frequent occurrence on mobile phone screens, displaying as colored or shimmering effects that can affect image quality. This article outlines our modelling approach to simulating pixel diffraction.