mermaid-conventions
Über
Diese Fähigkeit bietet Konventionen für die Erstellung einheitlicher Mermaid-Diagramme, mit Fokus auf die Anordnung von Entscheidungsknoten und die Reihenfolge der Kanten. Sie stellt sicher, dass der positive/erfolgreiche Pfad links prominent dargestellt wird, indem er in von-oben-nach-unten-Flussdiagrammen zuerst aufgeführt wird. Nutzen Sie sie, um visuelle Konsistenz und Klarheit bei der Erstellung von Flussdiagrammen mit Entscheidungspunkten zu bewahren.
Schnellinstallation
Claude Code
Empfohlennpx skills add vamseeachanta/workspace-hub/plugin add https://github.com/vamseeachanta/workspace-hubgit clone https://github.com/vamseeachanta/workspace-hub.git ~/.claude/skills/mermaid-conventionsKopieren Sie diesen Befehl und fügen Sie ihn in Claude Code ein, um diese Fähigkeit zu installieren
Dokumentation
Mermaid Diagram Conventions
Decision Node Layout (Flowcharts)
When creating mermaid flowcharts with decision nodes ({}), follow these rules for edge ordering:
Rule 1: Yes/positive path goes LEFT (list first)
The first edge from a decision node renders to the left in top-down (TD) flowcharts. Always list the positive/affirmative/happy-path edge first.
%% CORRECT: Yes listed first → renders left (prominent)
flowchart TD
A{Ready?}
A -- Yes --> B[Proceed]
A -- No --> C[Wait]
%% WRONG: No listed first → renders left (confusing)
flowchart TD
A{Ready?}
A -- No --> C[Wait]
A -- Yes --> B[Proceed]
Rule 2: Happy path stays in the main vertical flow
The positive/expected path should continue straight down the main trunk of the diagram. Error handling, fallbacks, and edge cases should branch off to the side.
%% CORRECT: Happy path flows straight down
flowchart TD
A[Start] --> B{Valid?}
B -- Yes --> C[Process]
B -- No --> D[Show error]
C --> E[Done]
Rule 3: Negative/discouraging behavior appears later in hierarchy
Place blocking, error, and "don't do this" paths lower in the visual hierarchy:
- Positive outcomes are rendered first (visually prominent, left side)
- Negative outcomes are rendered second (visually subordinate, right side)
- Dead-ends and error states appear at the leaves, not near the root
Rule 4: Edge ordering determines position
In mermaid, the order you list edges from a node controls layout:
- First edge → left (TD) or top (LR)
- Second edge → right (TD) or bottom (LR)
Use this to control which path gets visual prominence.
Subgraph Ordering
List subgraphs in logical reading order:
- Inputs/sources first (e.g., "Users", "Engineer Laptops")
- Processing/infrastructure middle (e.g., "Network", "Servers")
- Outputs/results last (e.g., "License Servers", "Results")
Connection Styles
Use connection styles to convey meaning:
-->solid arrow: active/primary connection-.->dotted arrow: blocked/inactive/secondary connection-.-dotted line (no arrow): association/relationship (not a flow)---solid line (no arrow): strong association
PDF Rendering
When documents will be converted to PDF:
- Mermaid blocks render via mermaid.ink API as PNG images
- Keep diagrams simple enough to be readable at A4 scale
- Use
generate_pdfs.pyin the admin directory to regenerate PDFs after mermaid changes - The script includes retry logic for mermaid.ink rate limits
Checklist
Before committing a mermaid diagram:
- Yes/positive edges listed before No/negative edges at every decision node
- Happy path flows straight down the main trunk
- Error/blocking states branch to the side
- Subgraphs in logical reading order
- Connection styles match the relationship type
- Diagram readable at A4 print size
GitHub Repository
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