Free SKILL.md scraped from GitHub. Clone the repo or copy the file directly into your Claude Code skills directory.
npx versuz@latest install brycewang-stanford-awesome-agent-skills-for-empirical-research-skills-43-wentorai-research-plugins-skills-tools-diagram-plantumgit clone https://github.com/brycewang-stanford/Awesome-Agent-Skills-for-Empirical-Research.gitcp Awesome-Agent-Skills-for-Empirical-Research/SKILL.MD ~/.claude/skills/brycewang-stanford-awesome-agent-skills-for-empirical-research-skills-43-wentorai-research-plugins-skills-tools-diagram-plantum/SKILL.md---
name: plantuml-guide
description: "Create UML diagrams and architecture visualizations with PlantUML"
metadata:
openclaw:
emoji: "📊"
category: "tools"
subcategory: "diagram"
keywords: ["UML diagram", "PlantUML", "architecture diagram", "flow chart"]
source: "wentor-research-plugins"
---
# PlantUML Guide
Create UML diagrams, architecture visualizations, flowcharts, and other technical diagrams using PlantUML's text-based notation for reproducible, version-controllable diagrams.
## Getting Started
PlantUML generates diagrams from plain text descriptions. Diagrams are defined in `.puml` files and rendered to PNG, SVG, or PDF.
### Installation Options
| Method | Command / URL | Best For |
|--------|--------------|----------|
| VS Code extension | Install "PlantUML" by jebbs | IDE integration |
| CLI (Java JAR) | `java -jar plantuml.jar diagram.puml` | Batch processing |
| Online server | plantuml.com/plantuml | Quick prototyping |
| Docker | `docker run plantuml/plantuml-server` | Self-hosted server |
| Python | `pip install plantuml` | Python integration |
| Jupyter | `pip install iplantuml` | Notebook integration |
### Basic Syntax
```plantuml
@startuml
title My First Diagram
Alice -> Bob: Hello
Bob --> Alice: Hi there!
@enduml
```
## Sequence Diagrams
Model interactions between components over time:
```plantuml
@startuml
title Research Paper Submission Workflow
actor Author
participant "Submission\nSystem" as SS
participant "Editor" as Ed
participant "Reviewer 1" as R1
participant "Reviewer 2" as R2
Author -> SS: Submit manuscript
activate SS
SS -> Ed: Notify new submission
activate Ed
Ed -> SS: Assign reviewers
SS -> R1: Review request
SS -> R2: Review request
activate R1
activate R2
R1 -> SS: Submit review (Accept)
deactivate R1
R2 -> SS: Submit review (Minor revision)
deactivate R2
Ed -> SS: Decision: Minor revision
SS -> Author: Revision request
deactivate Ed
deactivate SS
Author -> SS: Submit revised manuscript
activate SS
SS -> Ed: Notify revision
Ed -> SS: Accept
SS -> Author: Acceptance notification
deactivate SS
@enduml
```
## Class Diagrams
Model system structure and relationships:
```plantuml
@startuml
title Research Data Model
class Paper {
+id: UUID
+title: String
+abstract: String
+doi: String
+year: Integer
+venue: String
--
+getCitations(): List<Paper>
+getAuthors(): List<Author>
+getBibTeX(): String
}
class Author {
+id: UUID
+name: String
+orcid: String
+affiliation: String
+h_index: Integer
--
+getPapers(): List<Paper>
+getCoauthors(): List<Author>
}
class Dataset {
+id: UUID
+name: String
+doi: String
+license: String
+size_bytes: Long
--
+download(): File
+getCitation(): String
}
class Experiment {
+id: UUID
+description: String
+date: Date
+config: JSON
--
+run(): Results
+getMetrics(): Map
}
Paper "1" -- "*" Author : authored by >
Paper "1" -- "*" Dataset : uses >
Paper "1" -- "*" Experiment : contains >
Dataset "1" -- "*" Experiment : used in >
Paper "1" -- "*" Paper : cites >
@enduml
```
## Activity Diagrams (Flowcharts)
Model workflows and decision processes:
```plantuml
@startuml
title Systematic Review Screening Process
start
:Import records from databases;
:Remove duplicates;
:Screen title and abstract;
if (Meets inclusion criteria?) then (yes)
:Retrieve full text;
if (Full text available?) then (yes)
:Screen full text;
if (Meets all criteria?) then (yes)
:Include in review;
:Extract data;
if (Suitable for meta-analysis?) then (yes)
:Include in meta-analysis;
else (no)
:Include in narrative synthesis;
endif
else (no)
:Exclude with reason;
endif
else (no)
:Mark as unavailable;
endif
else (no)
:Exclude;
endif
:Compile PRISMA flow diagram;
stop
@enduml
```
## Component Diagrams
Model system architecture:
```plantuml
@startuml
title Research Platform Architecture
package "Web Frontend" {
[React SPA] as SPA
[Dashboard] as Dash
[Skills Browser] as Skills
}
package "API Gateway" {
[FastAPI Server] as API
[Auth Service] as Auth
[Rate Limiter] as RL
}
package "Backend Services" {
[Paper Search] as PS
[Citation Graph] as CG
[Skill Registry] as SR
}
package "Data Layer" {
database "PostgreSQL" as PG
database "Redis Cache" as Redis
database "Elasticsearch" as ES
}
package "External APIs" {
[Unpaywall] as UP
[CrossRef] as CR
[OpenAlex] as OA
}
SPA --> API : HTTPS
Dash --> API : HTTPS
Skills --> API : HTTPS
API --> Auth : validate token
API --> RL : check rate limit
API --> PS : search request
API --> CG : graph query
API --> SR : skill lookup
PS --> ES : full-text search
PS --> S2 : paper metadata
PS --> CR : DOI resolution
CG --> PG : citation data
CG --> OA : citation graph
SR --> PG : skill metadata
SR --> Redis : cache
@enduml
```
## State Diagrams
Model system states and transitions:
```plantuml
@startuml
title Paper Lifecycle States
[*] --> Draft
Draft --> Submitted : Author submits
Submitted --> UnderReview : Editor assigns reviewers
Submitted --> DeskRejected : Editor rejects
UnderReview --> RevisionRequired : Minor/Major revision
UnderReview --> Accepted : Accept as is
UnderReview --> Rejected : Reject
RevisionRequired --> UnderReview : Author resubmits
RevisionRequired --> Withdrawn : Author withdraws
Accepted --> InProduction : Copy editing
InProduction --> Published : Online first
Published --> [*]
DeskRejected --> [*]
Rejected --> [*]
Withdrawn --> [*]
@enduml
```
## Gantt Charts
Plan research timelines:
```plantuml
@startuml
title Research Project Timeline
Project starts 2025-01-01
[Literature Review] starts 2025-01-01 and lasts 8 weeks
[Research Design] starts at [Literature Review]'s end and lasts 4 weeks
[IRB Approval] starts at [Research Design]'s end and lasts 6 weeks
[Data Collection] starts at [IRB Approval]'s end and lasts 12 weeks
[Data Analysis] starts at [Data Collection]'s end and lasts 8 weeks
[Paper Writing] starts at [Data Analysis]'s end and lasts 10 weeks
[Peer Review] starts at [Paper Writing]'s end and lasts 12 weeks
[Revision] starts at [Peer Review]'s end and lasts 6 weeks
-- Milestones --
[Proposal Defense] happens at [Research Design]'s end
[Conference Presentation] happens at [Data Analysis]'s end
[Submission] happens at [Paper Writing]'s end
@enduml
```
## Mind Maps
Organize research topics:
```plantuml
@startmindmap
title Machine Learning Research Landscape
* Machine Learning
** Supervised Learning
*** Classification
**** SVM
**** Decision Trees
**** Neural Networks
*** Regression
**** Linear Regression
**** Gradient Boosting
** Unsupervised Learning
*** Clustering
**** K-Means
**** DBSCAN
*** Dimensionality Reduction
**** PCA
**** t-SNE
**** UMAP
** Reinforcement Learning
*** Model-Free
**** DQN
**** PPO
*** Model-Based
**** Dreamer
**** MuZero
** Deep Learning
*** CNNs
*** Transformers
*** GANs
*** Diffusion Models
@endmindmap
```
## Integration with LaTeX
```latex
\usepackage{plantuml}
\begin{plantuml}
@startuml
Alice -> Bob: Hello
Bob --> Alice: Hi
@enduml
\end{plantuml}
% Compile with: pdflatex -shell-escape paper.tex
```
## Integration with Markdown (Mermaid Alternative)
Many Markdown renderers (GitHub, GitLab, Notion) support Mermaid natively. PlantUML can be used via plugins or pre-rendering:
```python
# Pre-render PlantUML to SVG for Markdown embedding
import plantuml
server = plantuml.PlantUML(url="http://www.plantuml.com/plantuml/svg/")
svg_content = server.processes("""
@startuml
Alice -> Bob: Hello
@enduml
""")
with open("diagram.svg", "wb") as f:
f.write(svg_content)
```
## Best Practices
1. **Version control your diagrams**: Store `.puml` files alongside code/documentation in git.
2. **Use consistent styling**: Define skinparams at the top of each file for consistent colors and fonts.
3. **Keep diagrams focused**: One diagram per concept; split complex architectures into multiple views.
4. **Add legends and notes**: Use `note left of`, `note right of`, or `legend` blocks to clarify semantics.
5. **Automate rendering**: Include PlantUML rendering in CI/CD pipelines to keep documentation current.
6. **Export as SVG**: Prefer SVG over PNG for scalable diagrams in papers and presentations.