Graphics 51
- Volume Rendering
- Introduction to Turing Mesh Shaders
- Writing an efficient Vulkan renderer
- Working with Modern Vulkan
- Modern Vulkan Cookbook第一章阅读笔记
- Material System in Filament
- Simple Vulkan Renderer - Core Concepts
- Pratical Implement
- Perspective Correct Interpolation and Vertex Attributes
- The Visibility Problem the Depth Buffer Algorithm and Depth Interpolation
- The Rasterization Stage
- The Projection Stage
- The Pinhole Camera Model
- Overview of Coordinates Transformations in Rasterization
- Overview of Rasterization Algorithm
- Ch09 Physically Based Shading
- Ch08 Light and Color
- A Scene Testing All New Features
- Volumes
- Instances
- Lights
- Quadrilaterals
- Perlin Noise
- Texture Mapping
- Bounding Volume Hierarchies
- Motion Blur
- Defocus Blur
- Positionable Camera
- Dielectrics
- Metal
- Diffuse Materials
- Antialiasing
- Moving Camera Code Into Its Own Class
- Surface Normals and Multiple Objects
- Adding a Sphere
- Rays, a Simple Camera, and Background
- The Vec3 Class
- Output An Image
- Vulkan Tutorial 02 Drawing a Triangle
- Vulkan Tutorial 01 Overview
- Introduction to Lighting Part 2
- Introduction to Lighting Part 1
- A Creative Dive into BRDF, Linearity, and Exposure
- 在OpenGL中实现实时Area Light
- LTC Area Light from Heitz's Paper
- Crash Course in BRDF Implementation
- Physically Based Shading at Disney
- Rendering an Image of a 3D Scene
- Introduction to Shading
- Introduction to BRDFs
- PBR Chapter in LearnOpenGL