hyperframes-core

Enforce structural and runtime rules for HyperFrames HTML video compositions.

255|42|Updated Nov 16, 2023
One-click install
npx skills add https://github.com/chmonitor/chmonitor --skill hyperframes-core-chmonitor
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: hyperframes-core
Source: https://github.com/chmonitor/chmonitor/tree/main/.agents/skills/hyperframes-core
Command: npx skills add https://github.com/chmonitor/chmonitor --skill hyperframes-core-chmonitor

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Building HyperFrames video compositions from HTML often leads to silent, hard-to-debug rendering failures from incorrect structure, timing attributes, or media placement that standard linting tools do not catch. This skill serves as the official technical contract to eliminate these bugs and ensure frame-accurate, seekable renders.

Core Features & Use Cases

  • Composition Structure Contract: Defines rules for standalone monolithic vs modular sub-composition architectures, including root sizing, template transport rules, and host wiring patterns.
  • Timing & Clip Rules: Covers data-* timing attributes, track index overlap constraints, relative timing references, and clip visibility requirements.
  • Deterministic Render Guardrails: Enforces rules for timeline registration, animation property allowlists, media placement, and ID uniqueness to prevent desync and blank renders.
  • Use Case: A motion graphics artist building a 30-second product launch video with 5 modular scenes can use this skill to wire sub-compositions correctly, place host-owned media elements, and pass all pre-render validation checks on the first attempt.

Quick Start

Use the hyperframes-core skill to structure a new modular multi-scene HyperFrames video project with correct sub-composition host wiring and deterministic timeline setup.

Frequently Asked Questions about hyperframes-core

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I build render-ready video compositions from HTML without silent rendering failures?

To build render-ready HTML video compositions without failures, enforce mandatory structural and runtime contracts for composition root sizing, clip timing attributes, and media placement to ensure frame-accurate, seekable video output.

What causes blank renders and timeline desync in HTML timeline animation projects?

Blank renders and timeline desync in HTML timeline animation projects are caused by incorrect timeline registration, invalid animation properties, or duplicate IDs; enforcing deterministic render guardrails eliminates these sync issues.

How do I wire modular sub-compositions for a multi-scene motion graphics video?

To wire modular sub-compositions for multi-scene motion graphics, apply composition structure rules for template transport and host wiring patterns, ensuring cross-file ID matching for correct clip visibility.

Can I use relative timing references and track overlap constraints for deterministic video rendering?

Yes, deterministic video rendering supports relative timing references and track overlap constraints through data-* timing attributes, ensuring frame-accurate seekable output across multiple tracks without conflicts.

What are the limitations of standard linting tools for HTML video composition validation?

Standard linting tools cannot catch silent HTML video composition rendering failures from incorrect structure or host media placement, requiring a dedicated technical contract to enforce deterministic timeline rules and prevent desync.

Do I need specific host media placement rules for frame-accurate seekable video output?

Yes, frame-accurate seekable video output requires strict host media placement rules and composition root sizing definitions to prevent blank renders and ensure deterministic animation configuration across the timeline.