Write GLSL fragment shaders with uniform blocks and pragma directives for LXStudio-TE.
npx skills add https://github.com/piemonte/skills --skill te-shader
Please help me install this Agent Skill. Skill: te-shader Source: https://github.com/piemonte/skills/tree/main/te-shader Command: npx skills add https://github.com/piemonte/skills --skill te-shader
Creating GLSL fragment shaders for the LXStudio-TE LED vehicle platform requires managing complex uniform blocks, pragma directives, and integration with the shader framework, which can be time‑consuming and error‑prone.
Request the creation of a new GLSL shader file named 'myPattern.fs' using the te‑shader skill.
High-intent search queries and answers about installing and using this skill.
Creating GLSL shaders for LXStudio-TE involves writing fragment shader files with predefined per-run, per-frame, and per-pattern uniform blocks. The skill provides pragma directives for auto-registration and UI configuration to render real-time LED visualizations.
Audio-reactive LED patterns in GLSL use audio textures and analysis data accessed via uniform blocks. The skill provides built-in audio integration, allowing fragment shaders to react dynamically to real-time audio input across the LED vehicle platform.
No, you do not need external libraries for fragment shader development on LXStudio-TE. The skill includes a built-in include system with constants, color space conversion, debugging utilities, and helper functions for model coordinate mapping and back-buffer feedback.
Pragma directives in LXStudio-TE GLSL shaders name shaders, assign UI categories, configure controls, and enable auto-registration. This system simplifies integrating fragment shaders into the LED visualization framework without manual setup.
Yes, you can use back-buffer feedback and texture samplers in LXStudio-TE shaders. The skill supports texture samplers and provides built-in helper functions for back-buffer feedback and post-processing to create complex immersive visual effects.
Uniform blocks in LXStudio-TE fragment shaders may fail if per-run, per-frame, and per-pattern definitions are incorrectly structured. The skill provides ready-to-use uniform definitions for resolution, audio analysis, palette, and control parameters to prevent integration errors.
piemonteBootstrap LXStudio-TE vehicles with geometry, fixtures, and show configuration.
piemonteDefine LXStudio-TE vehicle models and fixture mappings using .lxf files.
CarlosDoersIntegrate custom GLSL shaders into Three.js scenes via ShaderMaterial or RawShaderMaterial.
UniquecreteDevelop custom Three.js GLSL shaders for ShaderMaterial and RawShaderMaterial workflows.
