Purpose
Analyze provided code, architecture, or concept and generate clear, well-structured Mermaid diagram visualizing relationships, flow, or structure.
Steps
- Analyze the input: Understand what user wants to visualize (code flow, architecture, data relationships, state machines, sequences, etc)
- Choose appropriate diagram type:
flowchart (process flows/decision trees/algorithms), sequenceDiagram (API calls/message passing/request-response flows), classDiagram (class structures/inheritance/interfaces), erDiagram (database schemas/entity relationships), stateDiagram-v2 (state machines/lifecycle flows), graph TD or graph LR (dependency graphs/module relationships), gitgraph (git branching strategies), journey (user journeys), gantt (timelines/schedules)
- Generate diagram: Create with clear descriptive node labels, logical grouping with subgraphs where appropriate, consistent styling/direction, meaningful relationship labels on edges, not overly complex - split into multiple diagrams if needed
- Output and explain: Always wrap diagram in mermaid code block, explain what diagram shows, offer to refine or expand specific sections, suggest alternative diagram types if applicable
Completion
Read completion evidence before reporting completion.
1---2name: diagrams-23description: Analyze provided code, architecture, or concept and generate clear, well-structured Mermaid diagram visualizing relationships, flow, or structure. Use when the user types /diagrams.4---56## Purpose78Analyze provided code, architecture, or concept and generate clear, well-structured Mermaid diagram visualizing relationships, flow, or structure.910## Steps11121. **Analyze the input**: Understand what user wants to visualize (code flow, architecture, data relationships, state machines, sequences, etc)132. **Choose appropriate diagram type**: `flowchart` (process flows/decision trees/algorithms), `sequenceDiagram` (API calls/message passing/request-response flows), `classDiagram` (class structures/inheritance/interfaces), `erDiagram` (database schemas/entity relationships), `stateDiagram-v2` (state machines/lifecycle flows), `graph TD` or `graph LR` (dependency graphs/module relationships), `gitgraph` (git branching strategies), `journey` (user journeys), `gantt` (timelines/schedules)143. **Generate diagram**: Create with clear descriptive node labels, logical grouping with subgraphs where appropriate, consistent styling/direction, meaningful relationship labels on edges, not overly complex - split into multiple diagrams if needed154. **Output and explain**: Always wrap diagram in mermaid code block, explain what diagram shows, offer to refine or expand specific sections, suggest alternative diagram types if applicable1617## Completion1819Read [completion evidence](../references/completion.md) before reporting completion.
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