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Z-buffer Occlusion Culling: A Brief Explanation", "url": "https://erkaman.github.io/posts/hiz_occlusion_culling.html", "published_at": null }, { "id": "01a08774-f3a1-7376-8417-df4fdf8b4e4d", "title": "Explanation of the paper 'View-warped Multi-view Soft Shadows for Local Area Lights'", "url": "https://erkaman.github.io/posts/marrs2018.html", "published_at": null }, { "id": "01a08774-f3a1-7376-8417-df4fdfa910c7", "title": "Explanation of the paper 'As-Rigid-As-Possible Surface Modeling'", "url": "https://erkaman.github.io/posts/sorkine2007.html", "published_at": null }, { "id": "01a08774-f3a1-7376-8417-df4fdfb7b9ed", "title": "TL;DR of the paper 'Revisiting The Vertex Cache: Understanding and Optimizing Vertex Processing on the modern GPU'", "url": "https://erkaman.github.io/posts/kerbl2018_tldr.html", "published_at": null }, { "id": "01a08774-f3a1-7376-8417-df4fe03622f4", "title": "TL;DR of the paper 'Conservative Z-Prepass for Frustum-Traced Irregular Z-Buffers'", "url": 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How to ray-intersect a transformed geometry, without actually transforming it: a geometric illustration original ↗

—

How to Start Learning Computer Graphics Programming original ↗

—

How to Sanity Check your Spherical Harmonics Projection Code original ↗

—

Recovering the Scale, Rotation and Translation Matrices from the Model Matrix original ↗

—

Hierarchical Z-buffer Occlusion Culling: A Brief Explanation original ↗

—

Explanation of the paper 'View-warped Multi-view Soft Shadows for Local Area Lights'original ↗

—

Explanation of the paper 'As-Rigid-As-Possible Surface Modeling'original ↗

—

TL;DR of the paper 'Revisiting The Vertex Cache: Understanding and Optimizing Vertex Processing on the modern GPU'original ↗

—

TL;DR of the paper 'Conservative Z-Prepass for Frustum-Traced Irregular Z-Buffers'original ↗

—

TL;DR of the paper 'Stratified Sampling of Projected Spherical Caps'original ↗

—

TL;DR of the paper 'Reconstructing Scenes with Mirror and Glass Surfaces'original ↗

—

TL;DR of the paper 'Collision-Aware and Online Compression of Rigid Body Simulations via Integrated Error Minimization'original ↗

—

TL;DR of the paper 'Cube-to-sphere projections for procedural texturing and beyond'original ↗

—

Smoothly Filling Holes in 3D meshes using Variational Calculus and Surface Fairing original ↗

—

An Intuitive Explanation of using Poisson Blending for Seamless Copy-and-Paste of Images original ↗

—

A Simple, and Trivially Parallelizable Triangle Rasterization Approach original ↗

—

Interviewing for your First Job as a Graphics Programmer: a Checklist of Common Interview Questions original ↗

—

Simple Curve Fitting with the Gauss-Newton Algorithm original ↗

—

Parallelizing the Gauss-Seidel Method using Graph Coloring original ↗

—

Showing the Correctness of Quaternion Rotation original ↗

—

The Gauss-Seidel and Jacobi Methods for Solving Linear Systems original ↗

—

Computing the Area of a Convex Polygon original ↗

—

My Master's Thesis: "Comparing a Clipmap to a Sparse Voxel Octree for Global Illumination"original ↗

—

Implementing Run-length encoding in CUDA original ↗

—

Making Faster Fragment Shaders by Using Tessellation Shaders original ↗

—