11 items across game development
11 results
arXiv cs.GR details a new diffuse-like BRDF that evaluates and importance-samples in closed form while accounting for all scattering orders under Smith shadowing. For rendering teams, the practical...
A new hybrid BRDF aims to give real-time rendering a better middle ground between classic microfacet shading and heavier neural appearance models. By pairing a GGX-style base with a small …
Disney Research’s NMA maps complex material captures into a compact analytic BRDF, aiming to keep high-end appearance while making shading cheaper and more pipeline-friendly. The interesting bit for...
For graphics programmers, the interesting bit is that this paper moves Gaussian splatting beyond per-primitive BRDF fitting. MaterialClusterGS uses a shared palette of material prototypes plus a...
PureSample introduces a novel neural BRDF representation that simplifies the process of material appearance learning through microgeometry sampling. This advancement is particularly relevant for...
A new BRDF acquisition approach tries to pick the fewest measurements that still matter for final rendered appearance, not just for fitting the reflectance curve. For graphics teams, the interesting...
The recent update to the JCGT paper 'EON: A practical energy-preserving rough diffuse BRDF' introduces an albedo inversion formula and minor enhancements. This is particularly relevant for graphics...
The introduction of the Energy-preserving Oren--Nayar (EON) model offers a significant advancement for graphics programmers working with rough surface reflections. This model ensures energy...
The latest framework for relighting glossy objects introduces a microfacet BRDF integrated with 2D Gaussian Splatting, enhancing material fidelity. This advancement is particularly relevant for...
Note The theoretical parts of this article require some knowledge of optics and electromagnetism, however the conclusion and final result (a practical implementation of single-layer thin film...
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