- C++ Concurrency in Action
Reference on multithreading and parallelism in C++ - threads, atomics, locks, and task-based designs.
81% match
· <code><advanced><book><assumes><atomics><concurrency><mutexes><threads> - Freya Holmér's Math Visualizations
Topics include dot and cross products, lerp, radians, Bézier curves, point-in-triangle tests, curvature, Voronoi tessellation, and trochoidal waves - each clip emphasizes motion over notation.
62% match
· <complements><engine><engines><resources><threads> - New Vulkan Game Engine Tutorial: Build Your Own Production-Ready Rendering Engine
New Vulkan Game Engine Tutorial: Build Your Own Production-Ready Rendering Engine is a Khronos Vulkan Working Group blog post announcing Building a Simple Game Engine, a tutorial…
56% match
· <code><core><engine><production><resources> - Introducing Eyot - A programming language where the GPU is just another thread
Introducing Eyot - A programming language where the GPU is just another thread is a March 2026 announcement by Duncan Steele of Cowley Fornia Studios for Eyot, an early-stage…
56% match
· <code><concurrency><handles><production><threads> - Around The World, Part 28: Scaling up
This is part 28 of Thomas ten Cate's Around The World development blog about an early-stage sea exploration game in Godot.
56% match
· <code><engines><pointers><tradeoffs><wrapping> - Focus on Your Algorithm—NVIDIA CUDA Tile Handles the Hardware
This is an NVIDIA developer blog by Jonathan Bentz and Tony Scudiero introducing CUDA Tile in CUDA 13.1 as a virtual instruction set for tile-based GPU programming that abstracts…
56% match
· <code><complements><core><handles><threads> - LearnOpenGL
Comprehensive OpenGL tutorial series from context creation through lighting, PBR, shadows, geometry/tessellation shaders, and compute.
52% match
· <code><assumes><core><pointers><cpp> - Improving Direct Lighting Material Occlusion - Part 1
Improving Direct Lighting Material Occlusion - Part 1 is a December 2025 blog post by Pablo Zurita on irradiance.ca.
52% match
· <advanced><alternative><comparisons><engine><production> - Physically Based Content
Physically Based Content is a long essay by principal rendering engineer Pablo Zurita on irradiance.ca about authoring geometry, materials, lighting, and cameras so PBR engines…
52% match
· <advanced><assumes><engines><production><references> - Creating a Volumetric Ray Marcher
The post builds a march loop along the camera ray inside a mesh volume, sampling tiled 2D slice atlases as pseudo-3D density, accumulating opacity, and clipping to a bounding box while supporting o…
50% match
· <choosing><engine><resources><threads> - Physically Based Rendering
Alex Tardif’s Physically Based Rendering page is a practitioner-oriented explainer of energy-conserving shading terms - diffuse, specular, Fresnel, and microfacet models - for real
50% match
· <assumes><engine><references><resources> - Drawing Thousands of Meshes with DrawMeshInstanced / Indirect (Toqoz)
Toqoz's November 2019 toqoz.fyi post walks through drawing very large mesh counts in Unity with Graphics.DrawMeshInstanced and Graphics.DrawMeshInstancedIndirect, with C# samples,
46% match
· <code><advanced><move><resources><threads> - Data Inheritance
GitHub repository by Mikko Mononen that pairs a written article with C prototype code for data inheritance: creating variations of existing data, overriding values, and…
46% match
· <code><advanced><engine><production><semantics> - Normal Map Compression Revisited
Normal Map Compression Revisited is a February 2026 blog post by Ignacio Castaño on practical normal-map encoding for spark.js and web 3D pipelines, with notes that also apply to…
46% match
· <code><advanced><engine><engines><tradeoffs> - MeshSplatting: Differentiable Rendering with Opaque Meshes
MeshSplatting: Differentiable Rendering with Opaque Meshes presents a mesh-based novel view synthesis method by Jan Held and collaborators that jointly optimizes geometry and…
46% match
· <code><advanced><comparisons><engine><engines> - Minimalist ray-tracing leveraging only acceleration structures
This is an AnKi 3D Engine blog post by Panagiotis Christopoulos Charitos on a lightweight potato-mode ray-tracing path using only acceleration structures and ray queries instead…
46% match
· <code><advanced><alternative><comparisons><engine> - Thoughts on No Graphics API
Thoughts on No Graphics API is a January 2026 corsix.org essay responding to Sebastian Aaltonen's No Graphics API proposal for a thinner GPU programming interface.
It asks what…
46% match
· <code><advanced><assumes><engine><production> - Introduction to Clustered Meshlet Optimization
This Simplygon product blog post by Jesper Tingvall introduces clustered meshlets as a Simplygon optimization feature for mesh-shader oriented engines.
46% match
· <code><advanced><engine><engines><production> - REAC 2025 Geometry rendering and shaders infrastructure in Warhammer 40000: Space Marine 2
This is a REAC 2025 conference talk video from Max Bukhalov and Egor Orachev of Saber Interactive about geometry rendering and shader infrastructure in Warhammer 40000: Space…
46% match
· <code><advanced><engine><move><production> - REAC 2025 Anvil Rendering Architecture
This is a REAC 2025 conference talk video by Nicolas Lopez and Michel Bouchard of Ubisoft about Anvil's rendering architecture as a centralized monorepo engine shared across…
46% match
· <code><advanced><engine><engines><move>