Physically Based - The PBR values database
The color of blood depends on its oxygen level. When there is plenty of oxygen, the color is a brighter red. The reason is because of a protein called hemoglobin, which carries the oxygen in your blood. When hemoglobin has a full oxygen load, it has a bright red color, and when it's deoxygenated it's a darker red. For example, arterial and capillary blood is bright, and venous blood is dark.
Mitsuba 3 - A Retargetable Forward and Inverse Renderer
Mitsuba 3 is a research-oriented retargetable rendering system, written in portable C++17 on top of the Dr.Jit Just-In-Time compiler. It is developed by the Realistic Graphics Lab at EPFL. It can be compiled into many variants with optional derivative tracking, dynamic compilation via LLVM or CUDA, and various radiance representations (monochrome, RGB, or spectral light, potentially with polarizat
Splitting the Atom: Introducing Lumberyard’s New Photorealistic Renderer | Amazon Web Services
AWS for Games Blog Splitting the Atom: Introducing Lumberyard’s New Photorealistic Renderer Authored by Chanelle Mosquera and Doug Erickson of the Amazon Lumberyard team. For over 5 years, Amazon Lumberyard‘s graphics engine has served our customers in fine stead. As we looked to our future, we recognized that its fixed approach to rendering and its established feature set would limit our customer
Physically-based & Unified Volumetric Rendering in Frostbite - Frostbite
Talk by Sebastien Hillaire at SIGGRAPH 2015 in the Advances in Real-time Rendering course. Rendering convincing participating media for real time applications, e.g. games, has always been a difficult problem. Particles are often used as a fast approximation for local effects such as dust behind cars or explosions. Additionally, large scale participating media such as depth fog are usually achieved
Poly Haven • Poly Haven
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GitHub - mitsuba-renderer/mitsuba2: Mitsuba 2: A Retargetable Forward and Inverse Renderer
Mitsuba 2 is a research-oriented rendering system written in portable C++17. It consists of a small set of core libraries and a wide variety of plugins that implement functionality ranging from materials and light sources to complete rendering algorithms. Mitsuba 2 strives to retain scene compatibility with its predecessor Mitsuba 0.6. However, in most other respects, it is a completely new system
realityvirtual.co
We encapsulate experience through Photogrammetry & Artificial Intelligence for Real Time Delivery “The importance of heritage & cultural digitisation. Let us gift you the world.”Simon che de boer | Creative visionary officer Point of difference. A VFX R&D collective.We are streamlining our ultra-realistic photogrammetry to real-time visualisation pipeline, as we are constantly striving to make o
Cascadeur - the easiest way to animate AI-assisted keyframe animation software
Cascadeur is a standalone software for 3D keyframe animation of humanoid or other characters. Never before making animation from scratch or editing one has been so easy and fun. Thanks to its AI-assisted tools, you can make key poses really fast, instantly see physical result and adjust secondary motion. All while retaining full control at any point. Drag-and-drop joints of your character in our Q
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OpenPBR Strengthens Interoperability, Enabling Enhanced Creativity | Adobe Blog
Physically-Based Materials – Energy Conservation and Reciprocity
Mitsuba 3 - A Retargetable Forward and Inverse Renderer
The magical “box” that captures textured materials in 3D
Physically based shading references, at the end of 2019 – Light is beautiful
deepPBR.io
GitHub - mitsuba-renderer/mitsuba: Mitsuba renderer main repository
Seeing the whole Physically-Based picture.
GitHub - DassaultSystemes-Technology/EnterprisePBRShadingModel
GitHub - Nadrin/Quartz: Vulkan RTX path tracer with a declarative ES7-like scene description language.
GitHub - BachiLi/redner: A differentiable Monte Carlo path tracer
Physically Based Rendering, online