# webgpu_book

**Repository Path**: seenyea/webgpu_book

## Basic Information

- **Project Name**: webgpu_book
- **Description**: No description available
- **Primary Language**: Unknown
- **License**: Not specified
- **Default Branch**: main
- **Homepage**: None
- **GVP Project**: No

## Statistics

- **Stars**: 0
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- **Created**: 2024-10-12
- **Last Updated**: 2024-10-12

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## README

# Example code for *The WebGPU Sourcebook*

This repository contains the example projects for the book *The WebGPU Sourcebook: High-Performance Graphics and Machine Learning in the Browser* by Matt Scarpino.

The projects in the chapters are given as follows:

- **Ch02_ObjectCreation** - Creates the JavaScript structures needed for WebGPU processing
- **Ch03_BlueCanvas** - Fills a WebGPU canvas with color
- **Ch04_OrangeTriangle** - Uses vertex attributes for rendering
- **Ch04_MultiTriangle** - Passes data from the vertex shader to the fragment shader
- **Ch05_Cubes** - Transforms objects using matrices stored in uniform buffers
- **Ch06_ShinySphere** - Implements Blinn-Phong shading in a fragment shader
- **Ch06_SimpleTexture** - Uses a texture to display an image in the scene
- **Ch07_Text** - Displays text by extracting regions from a texture atlas
- **Ch08_SimpleCompute** - Demonstrates a simple compute shader
- **Ch08_DotProduct** - Computes the dot product, demonstrates atomic functions and variables
- **Ch09_IrisNetwork** - Classifies irises using machine learning
- **Ch10_SharpenImage** - Sharpens an image in a compute shader
- **Ch10_VideoProc** - Reads frames from a video and converts them to grayscale
- **Ch11_Transpose** - Transposes a matrix using 4-by-4 blocks
- **Ch11_MatrixMult** - Multiplies matrices using transposition and vector operations
- **Ch11_Reflection** - Demonstrates vector reflection
- **Ch11_QR** - Performs QR factorization of a matrix
- **Ch12_DFT** - Analyzes audio using the Discrete Fourier Transform (DFT)
- **Ch12_FFT** - Analyzes audio using the Fast Fourier Transform (FFT)

The example projects in the appendices are:

- **AppA_HelloTS** - Demonstrates TypeScript compilation
- **AppA_Triangle** - Shows how a WebGPU application can be coded in TypeScript
- **AppB_SimpleWasm** - Shows how Emscripten can be used to compile C++ to WebAssembly
- **AppB_DawnTriangle** - Compiles Google Dawn into a web application