<ul><li>To build a WebGPU framework in a weekend with TypeScript, a narrow scope is essential to stay within the deadline.</li><li>Dependencies kept minimal with wgpu-matrix for matrix math and Webpack for the build system.</li><li>Project setup involves node.js installation, webpack configuration, and tsconfig.json for TypeScript.</li><li>WebGPU uses a GPUDevice for graphics hardware communication, and initialization functions are added to set up the device.</li><li>Canvas setup and configuration using WebGPU device are crucial for rendering graphics.</li><li>The first WGSL shader is introduced, combining vertex and fragment shaders.</li><li>Additional components like GPURenderPipeline and command encoder are necessary for rendering graphics.</li><li>Once all components are in place, the project can be built and run to display custom graphics.</li><li>TypeScript import issue resolved by creating wgsl.d.ts file to comply with the compiler.</li><li>The project can be viewed in a browser after building and running using serve.</li></ul>

Building a WebGPU framework in a weekend with TypeScript: Friday

Discover more