Define a production-grade API specification for the PRISM Node K1 Light Lab editor.
npx skills add https://github.com/synqing/K1.hardware --skill prism-node-api
Please help me install this Agent Skill. Skill: prism-node-api Source: https://github.com/synqing/K1.hardware/tree/main/.claude/skills/PRISM.node-API Command: npx skills add https://github.com/synqing/K1.hardware --skill prism-node-api
Designing complex LED animation patterns for embedded devices is often a tedious, code-heavy process. This Skill provides the complete API specification for the PRISM.node K1 Light Lab, a visual node-based editor, enabling you to understand and interact with the system to create, preview, and export sophisticated LED patterns without writing low-level code.
import { makePutPlan, sendPlanOverWs } from './transport/wsTlv'; const patternBytes = new Uint8Array(/* 960 bytes of RGB8 data */); const plan = makePutPlan(patternBytes); await sendPlanOverWs('ws://192.168.1.100:8080', plan);
High-intent search queries and answers about installing and using this skill.
Export LED patterns by converting your design to a binary TLV payload and sending it over WebSocket. Use the `makePutPlan()` and `sendPlanOverWs()` functions to transmit RGB8 data directly to the K1 device at its WebSocket endpoint, enabling real-time pattern deployment.
A node-based editor is a visual graph interface where you connect nodes representing animation effects, color transforms, and timing logic without writing low-level code. PRISM.node K1 Light Lab implements this for WS2812B LED strips, supporting real-time preview and TLV export.
Yes, OKLCH is the perceptual color space used in the K1 Light Lab editor. It enables intuitive hue shifts and saturation adjustments for LED patterns, translating perceptual color changes directly to the 320-LED dual-strip controller with a 2x160 mapping.
Understand the K1 Light Lab API specification to define custom node types with proper type definitions and color space transforms. Integrate them into the graph architecture to extend the editor's animation capabilities while maintaining compatibility with TLV export and the WS2812B controller.
LED pattern exports to the K1 device are limited to 256KB maximum payload size. This constraint applies to TLV-encoded RGB8 data across the 320-LED dual-strip (2x160) configuration, requiring optimization of frame data and node output.
TypeScript is the authoritative source for the K1 Light Lab API specification, providing type definitions for nodes, color transforms, and WebSocket protocol. While the frontend uses React 18 and Vite, TypeScript enables safe API integration and custom node development.
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