Discover the future of architectural glazing with digital prototyping. Understand the challenges of visual distortion and innovative Ocean™ simulations.
Blog
Tag: In-situ visualization
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.
Lighting study use case aiming at quantifying the amount of light that reaches the ground in a greenhouse to maximize the agricultural yield.
In this article, we propose a quantitative study of the light distribution inside a car using the spectral ray tracer software, Ocean™. More precisely, the study will focus on the direct and indirect lighting coming from door emitters.
Explore the optical properties of wood finishes using Ocean™’s advanced simulation capabilities, and learn about raw and painted wood textures differences.
Ocean™ helps reduce parasitic reflections and glare in automotive interiors using virtual prototyping with spectral and texture-based data.
Introduction – The role of virtual prototyping in material science Breakthroughs in material science and engineering allow on a daily basis the creation of new
The memorial for abolition of slavery Located along the Loire riverfront in the center of the city of Nantes, this memorial, designed by Wodiczko +
Context – Challenges in architectural glazing selection Architects and industrial professionals in building materials face challenges when determining the aesthetic and functional performance of glazing