Create Java LED patterns for LXStudio-TE by extending TEPerformancePattern.
npx skills add https://github.com/piemonte/skills --skill te-pattern
Please help me install this Agent Skill. Skill: te-pattern Source: https://github.com/piemonte/skills/tree/main/te-pattern Command: npx skills add https://github.com/piemonte/skills --skill te-pattern
This skill helps developers build robust Java LED patterns for LXStudio-TE by providing a canonical base, standardized controls, and reusable utilities for pattern organization and audio reactivity.
Create a new Java pattern by extending TEPerformancePattern and implementing runTEAudioPattern(deltaMs), then configure controls and call addCommonControls() in the constructor.
High-intent search queries and answers about installing and using this skill.
To create an audio-reactive Java LED pattern in LXStudio, extend the TEPerformancePattern base class and implement the runTEAudioPattern(deltaMs) method to handle audio input. You must also call addCommonControls() in the constructor to expose standard audio reactivity variables.
LXStudio LED patterns can be organized using three base classes: TEPattern, TEAudioPattern, and TEPerformancePattern. These provide a structured foundation for pattern development, standardizing color systems, variable-speed time, and UI controls across your Java code.
Yes, the skill supports shader development for LXStudio LED patterns through the GLShaderPattern wrapper. This allows you to write and integrate GLSL shaders alongside standard Java pattern logic within the titanicsend.pattern package structure.
You add standard UI controls to a custom LXStudio pattern by calling addCommonControls() in your pattern's constructor. This exposes normalized parameters including SPEED, SIZE, QUANTITY, WOW1, WOW2, and BRIGHTNESS for rapid visual iteration.
You can optionally configure scripts, references, and assets directories when building LXStudio TE patterns. These folders help organize supporting files and resources needed by your Java pattern implementation within the broader project structure.
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curiositechGenerate audio-reactive GLSL shaders using Web Audio API FFT data.
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