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
npx skills add Ztsdut/ml-architecture-diagram-skill --skill ml-architecture-diagramgit 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-diagramPersonal 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;
Details
- Skill name
ml-architecture-diagram- Repository
- Ztsdut/ml-architecture-diagram-skill
- 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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