amvcp-diag-architecture

Render interactive architecture and dependency diagrams from JSON scene-graphs.

Updated May 8, 2026
One-click install
npx skills add https://github.com/Emasoft/ai-maestro-visual-communicator-plugin --skill amvcp-diag-architecture
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: amvcp-diag-architecture
Source: https://github.com/Emasoft/ai-maestro-visual-communicator-plugin/tree/main/skills/amvcp-diag-architecture
Command: npx skills add https://github.com/Emasoft/ai-maestro-visual-communicator-plugin --skill amvcp-diag-architecture

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

It helps you quickly translate a complex system’s architecture and dependencies into a clear, interactive visual artifact you can validate and discuss without losing precision.

Core Features & Use Cases

  • Layered architecture (C4-style): render tiers/layers as grouped backdrops with cross-layer bezier edges, ideal for client/service/data/infra overviews.
  • Phase dependency plans: generate phase cards connected by dependency edges with click-to-highlight transitive dependency chains to answer “what depends on what?”
  • Engineering blueprint theme: provide a cyan-on-navy blueprint look (with defensive token usage) so diagrams remain consistent in light/dark reviews.
  • Click-to-select atoms: every node/edge/group becomes a selection target with data-ve-id payloads for agent interaction.

Quick Start

Use the skill to produce a layered architecture diagram by creating an architecture-canvas scene-graph with named groups and bezier cross-layer edges, then open the resulting HTML via the plugin’s select script.

Frequently Asked Questions about amvcp-diag-architecture

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

FAQPage Schema
How do I generate interactive architecture diagrams from a layered system spec?

You generate interactive architecture diagrams by rendering layer groups and cross-layer bezier edges from a JSON scene-graph, producing clickable HTML to visually validate system structure.

How does click-to-highlight transitive dependency chain tracing work in phase plans?

Click-to-highlight transitive dependency chain tracing works by assigning data-ve-id payloads to phase cards and edges, allowing you to click a node and instantly highlight its full upstream and downstream dependency chain.

Can I use C4-style system diagrams with a blueprint theme for light and dark mode reviews?

Yes, you can render C4-style system diagrams using a cyan-on-navy blueprint theme with defensive token usage, ensuring visual consistency across both light and dark mode reviews.

Do I need a JSON scene-graph wrapper to render clickable dependency graphs?

Yes, you need a JSON scene-graph on a .ve-scene-graph wrapper using amvcp-diagram.js token-driven theming to render clickable dependency graphs.

What is the best way to visually trace impacts across engineering architecture tiers?

The best way to trace impacts across engineering architecture tiers is to render grouped tier backdrops with click-to-select atoms, allowing you to interactively select nodes and trace transitive chains.

Why does my architecture diagram lose precision when discussing complex dependencies?

Architecture diagrams lose precision when text specs fail to capture cross-layer relationships, but rendering interactive visual artifacts with selectable nodes and edges preserves structural accuracy for team validation.