amvcp-math-and-latex

Render LaTeX equations and TikZ diagrams into interactive HTML with selectable elements.

Updated May 8, 2026

Search Tags:#latex #tikz #katex #math rendering #interactive selection #geometry diagrams #chemistry equations

Ready to run

npx skills add https://github.com/Emasoft/ai-maestro-visual-communicator-plugin --skill amvcp-math-and-latex

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: amvcp-math-and-latex
Source: https://github.com/Emasoft/ai-maestro-visual-communicator-plugin/tree/main/skills/amvcp-math-and-latex
Command: npx skills add https://github.com/Emasoft/ai-maestro-visual-communicator-plugin --skill amvcp-math-and-latex

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill turns raw LaTeX, equations, and TikZ figures into interactive, clickable math visualizations so users can precisely select what they want to review, comment on, or iterate.

Core Features & Use Cases

Interactive KaTeX math rendering: Supports equations and chemistry via KaTeX with the mhchem extension, with clickable formulas.
Interactive TikZJax figure rendering: Renders TikZ figures (trees, FSMs, DAGs, geometry, free-body diagrams) and returns selectable sub-elements or semantic geometric regions.
Granular sub-selection for review: Enables depth-aware math selection and semantic picks for matrix cells, indices, bounds, terms, operators, and custom geometric regions.
Failure-aware authoring: Provides documented constraints and guardrails for TikZJax preload limitations and the critical WASM crash behavior after TikZ errors.

Quick Start

Use amvcp-math-and-latex to render a user-provided equation by wrapping it in class="ve-math" (and use class="ve-tikz" for diagrammatic TikZ) so the resulting page returns the selected math or region back to the agent.

Frequently Asked Questions about amvcp-math-and-latex

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

FAQPage Schema

How do I render LaTeX equations into interactive HTML so users can click and select specific math elements?▼

Render LaTeX equations into interactive HTML by wrapping them in class="ve-math" to apply KaTeX, producing clickable formulas that emit structured selection payloads for specific math elements like matrix cells, indices, and operators.

Can I render chemistry equations and reactions using KaTeX?▼

Yes, chemistry equations and reactions are rendered using KaTeX with the mhchem extension, producing interactive HTML where users can click and select specific chemical formulas for review and iterative editing.

Does TikZJax support rendering geometry diagrams and free-body diagrams for interactive selection?▼

Yes, TikZJax renders TikZ figures including geometry diagrams, free-body diagrams, trees, and FSMs into interactive HTML where users can select semantic geometric regions or sub-elements for commenting.

What are the limitations of TikZJax preload packages when rendering TikZ diagrams?▼

TikZJax has strict preload-safe package constraints and a critical WASM crash behavior that occurs after TikZ errors, requiring failure-aware authoring with documented guardrails to prevent rendering failures.

How do I select specific matrix cells, indices, or tensor bounds in a rendered math equation?▼

Select specific matrix cells, indices, and bounds through depth-aware math selection enabled by KaTeX interactive rendering, which emits structured selection payloads back to the agent for review.