ck:shader

Yes, you can use this Skill to write and test GLSL fragment shaders for Three.js applications. It empowers you to author and refine GPU-accelerated visual effects, making it suitable for creating custom textures and procedural graphics in web environments.

Yes, you need a graphics library like Three.js for shader execution. This Skill requires Three.js as a dependency to run and test the GLSL fragment shaders designed for GPU-accelerated graphical effects in web environments.

You generate custom textures and patterns using GLSL by writing fragment shaders that mathematically define visual outputs. This Skill allows you to author and experiment with these shaders to create procedural graphics for web-based games and applications.

Yes, you can create water, sky, and particle visual effects for web games using GLSL. This Skill enables you to write custom fragment shaders specifically for generating unique GPU-accelerated graphical effects in web environments.

A limitation of using GLSL fragment shaders for web graphics is the requirement of a graphics library like Three.js for execution. The Skill focuses on authoring fragment shaders, meaning you need an existing WebGL-compatible environment to run them.

The best way to start experimenting with GLSL fragment shaders is to run the shader tool with the command `use ck:shader create shader --name myShader`. This allows you to author and refine custom visual effects for WebGL and Three.js applications.