Ml Architecture Diagram

Create accurate, publication-ready, editable machine-learning and deep-learning architecture diagrams from model code, configuration files, model summaries, graph exports, or written specifications. Use for neural-network figures, architecture schematics, model block diagrams, training/inference diagrams, paper figures, and editable SVG/draw.io/PPTX outputs. Recover the real computation graph first, compress unimportant implementation detail, emphasize the scientific contribution, and never invent modules for aesthetics.

Install

skills CLI (Claude Code, Cursor, Codex and more)
npx skills add Ztsdut/ml-architecture-diagram-skill --skill ml-architecture-diagram
Manual install
git clone --depth 1 https://github.com/Ztsdut/ml-architecture-diagram-skill.git /tmp/ml-architecture-diagram-skill
mkdir -p ~/.claude/skills
cp -r /tmp/ml-architecture-diagram-skill/. ~/.claude/skills/ml-architecture-diagram

Personal skills live in ~/.claude/skills. Use .claude/skills in a project folder to share a skill with your team.

From the SKILL.md

# ML Architecture Diagram

Create architecture figures that are both **faithful to the model** and **useful to a scientific reader**.

The job has two distinct stages:

1. recover and normalize the architecture into the repository's Architecture IR;
2. render or redesign that IR into a publication-ready figure, choosing deterministic vector rendering, AI-assisted rendering, or both.

Do not jump directly from a class listing to a pretty diagram.

## 1. Determine the requested figure

Infer the user's goal from the request and supplied files.

Common modes:

- **paper-overview** — compact model overview for a manuscript;
- **paper-detail** — overall architecture plus one or more custom-block details;
- **training-pipeline** — architecture plus loss/objective/training-only paths;
- **inference-pipeline** — runtime data flow only;
- **presentation** — more explanatory spacing and labels;
- **exhaustive-debug** — more implementation detail for engineering review.

Default to `paper-overview` unless the request clearly implies another mode.

## 2. Recover the true computation graph

Use the executed inference path as the source of truth.

### General rules

Identify:

- inputs and their semantic meaning;
- preprocessing and embeddings;
- serial and parallel branches;
- repeated blocks;
- residual/skip routes;
- merge operations such as add, concatenate, gating, multiplication, routing, or cross-attention;
Read the full skill on GitHub

Details

Skill name
ml-architecture-diagram
License
MIT
Repo updated
12 August 2026

FAQ

What does the Ml Architecture Diagram skill do?

Create accurate, publication-ready, editable machine-learning and deep-learning architecture diagrams from model code, configuration files, model summaries, graph exports, or written specifications. Use for neural-network figures, architecture schematics, model block diagrams, training/inference diagrams, paper figures, and editable SVG/draw.io/PPTX outputs. Recover the real computation graph first, compress unimportant implementation detail, emphasize the scientific contribution, and never invent modules for aesthetics.

How do I install the Ml Architecture Diagram skill?

skills CLI (Claude Code, Cursor, Codex and more): npx skills add Ztsdut/ml-architecture-diagram-skill --skill ml-architecture-diagram. Skills go in ~/.claude/skills (personal) or .claude/skills (project), and Claude loads them automatically when a task matches the description.

Is Ml Architecture Diagram popular?

It lives in Ztsdut/ml-architecture-diagram-skill, which has 5 GitHub stars and 0 forks.

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