Convert teaching topics into self-contained interactive HTML pages with Three.js or SVG.
npx skills add https://github.com/andyhuo520/aetherviz-master --skill aetherviz-master
Please help me install this Agent Skill. Skill: aetherviz-master Source: https://github.com/andyhuo520/aetherviz-master/tree/main Command: npx skills add https://github.com/andyhuo520/aetherviz-master --skill aetherviz-master
This skill automates turning any teaching topic into an immersive, interactive HTML learning page, dramatically reducing manual coding and design time.
Provide a teaching topic and the tool will generate a ready-to-run HTML page with 3D/2D visualization.
High-intent search queries and answers about installing and using this skill.
To convert a teaching topic into an interactive 3D HTML page, provide the subject and the tool automatically selects the appropriate rendering mode, such as Three.js, SVG, or a hybrid approach, to generate a self-contained HTML document.
Yes, you can generate interactive math and physics visualizations with Three.js and KaTeX. The tool applies subject-aware theming across physics, chemistry, biology, mathematics, and astronomy to render 3D/2D graphics and mathematical formulas.
The best way to create self-contained offline HTML learning materials is using a zero-fragment export process. The tool packages all interactive 3D/2D visualizations and metadata into a single ready-to-run HTML file that opens directly in any browser.
Yes, this visualization tool supports D3 charts and SVG for education tutorials. It automatically recognizes the teaching topic and selects SVG, Three.js, or hybrid rendering modes to produce appropriate interactive visualizations.
No, you do not need to install external dependencies to run the generated HTML teaching page. The export produces a self-contained HTML document with optional assets bundled, allowing it to run offline without additional framework installations.
Subject-aware rendering mode selection works by automatically recognizing the input teaching topic and choosing between Three.js, SVG, or hybrid rendering. This ensures physics, chemistry, biology, mathematics, astronomy, and programming concepts receive the most appropriate visual representation.
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