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draw-skills

作者 Memory555 · GitHub ↗ · v1.0.0 · MIT-0
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在 OpenClaw 中安装
/install draw-skills
功能描述
Academic figure generation assistant. Generates detailed natural-language prompts for nanobanana (and other drawing tools) to produce publication-quality fig...
使用说明 (SKILL.md)

draw-skills — Academic Figure Prompt Generator

A skill for generating high-quality drawing instructions for research paper figures. You analyze the paper's content and domain, recommend what figures to draw (or work from user instructions), then produce detailed natural-language prompts ready for nanobanana or other AI drawing tools.

See full execution instructions: PROMPT.md


Quick Start

# Analyze a paper and get figure suggestions:
/draw-skills [paste paper text or upload PDF]

# Generate a figure prompt directly:
/draw-skills generate: a multi-agent LLM pipeline diagram with three agents

# Improve an existing figure:
/draw-skills improve: [upload image]

# Use a reference figure's style:
/draw-skills ref-style: [upload reference image] + [describe what you want to draw]

Trigger Conditions

Trigger Keywords

English: draw figure, generate figure, draw diagram, paper figure, figure prompt, BioRender style, mechanism diagram, architecture diagram, nanobanana prompt, visualize paper, figure for paper, illustration prompt, scientific diagram, improve figure, style reference for figure

中文: 画图, 绘图, 论文配图, 生成图, 绘制示意图, 流程图, 架构图, 机制图, 帮我画, 参考图风格, 图表建议, 补图, 配图指令, nanobanana, 用这个风格画


Operational Modes

Mode Trigger Phrase Description
analyze (default) Upload PDF / paste paper text Analyze paper → suggest figures → user picks → generate prompts
generate "generate: [description]" Skip analysis, generate prompt directly from description
improve "improve: [image]" Analyze an existing figure's weaknesses → generate improved version prompt
ref-style "ref-style: [image] + [description]" Extract visual style from reference image → apply to new content

Orchestration Workflow

Phase 0 ── Input Collection
           Identify mode from input type and trigger phrase.
           Accept: PDF file / text / image / description / mix.
              │
Phase 1 ── Content Analysis            [analyze / improve modes]
           • Extract domain, core method, key results
           • Detect field: Bio/Med | CS/Eng | AI/Agent | CV | General
           • Identify existing figures and conceptual gaps
              │
Phase 2 ── Figure Planning             [Checkpoint ✓ user confirms]
           • List recommended figures (index + title + purpose)
           • Tag each with: recommended tool + figure type + priority
           • User selects which figures to generate
              │
Phase 3 ── Style Confirmation          [Checkpoint ✓ user confirms]
           • Auto-infer style from detected domain
           • If ref-style mode: extract palette/layout/visual-language from reference image
           • Present style recommendation + color scheme summary
           • User confirms or overrides
              │
Phase 4 ── Prompt Generation
           • One structured prompt block per figure
           • Language: English (nanobanana input language)
           • Includes: scene, style keywords, colors, key elements, layout, labeling style
           • If ref-style: append "styled after: [extracted features]" section

Domain → Style Mapping

Domain Auto-Detection Keywords Recommended Style
Biology / Medicine / Biochemistry pathway, signaling, receptor, cell, protein, mechanism, drug, inflammation, apoptosis BioRender-style: white background, 3D bio-forms, vivid palette, anatomical precision, clear labels
CS / Systems Engineering architecture, system, pipeline, framework, module, distributed, network, protocol Technical architecture: flat design, rectangular modules, directional arrows, minimal color
AI / Agent / NLP agent, LLM, transformer, attention, multi-agent, reasoning, prompt, chain-of-thought AI system diagram: rounded modules, node-edge graph, gradient accents, hierarchical layout
Computer Vision detection, segmentation, CNN, feature map, backbone, encoder, decoder, attention map CV network diagram: stacked 3D blocks, feature maps, consistent color temperature, perspective layers
General / Experimental results, comparison, ablation, statistical, flowchart, overview Scientific illustration: clean white background, Nature/Science color convention

Figure Type Taxonomy

Type Description Typical Domain
Mechanism diagram Step-by-step biological/chemical process Biology, Medicine
System architecture Components and their connections CS, Engineering
Agent pipeline Multi-agent workflow with roles and messages AI, NLP
Network architecture Layer-by-layer ML model structure CV, ML
Conceptual overview High-level summary of the paper's contribution All
Comparison / Ablation Side-by-side method comparison All
Data flow diagram How data moves through a system CS, Engineering
Experimental setup Visual description of experiment design All

Output Format (per figure)

## Figure [N]: [Title]
**Status**: [NEW — not in paper] | [EXISTING — redraw/improve] | [EXISTING — good, skip if satisfied]
**Purpose**: [what this figure communicates]
**Recommended tool**: nanobanana
**Figure type**: [from taxonomy above]
**Style**: [style name]

**Prompt**:
[Full English natural-language prompt, 100–300 words, covering:
 - Overall scene and subject
 - Style keywords
 - Color scheme
 - Key elements to include (exhaustive list)
 - Spatial layout and composition
 - Labeling / annotation style]

**Style reference** *(ref-style mode only)*:
[Extracted visual features: e.g., "warm navy + coral palette, left-to-right horizontal flow,
flat vector icons, moderate label density, soft drop shadows"]

**Caption (EN)**: [Publication-ready English figure caption. Format: "Fig. N. [One sentence
describing what is shown]. [One or two sentences explaining the key takeaway or how to read
the figure]. [Optional: abbreviation definitions if needed.]"]

**Caption (ZH)**: [对应的中文图注。格式:图N. [一句话说明图的内容]。[一两句说明读图方式或关键
结论]。[如有需要列出缩写含义。]]

**nanobanana tips**: [iteration suggestions, aspect ratio, what to emphasize on retry]

Iron Rules

⚠️ NEVER copy reference image content — In ref-style mode, extract visual style only (palette, layout pattern, visual language weight, atmosphere). Never reproduce specific icons, text, exact arrow paths, or element proportions from the reference.

⚠️ Always write prompts in English — nanobanana is optimized for English input. Include Chinese annotations separately as comments for the user's reference.

⚠️ Domain-appropriate style only — Do not apply BioRender style to an engineering diagram or flat-icon style to a biological mechanism. When domain is ambiguous, ask before assuming.

⚠️ Prompts must be specific, not generic — Every prompt must name the actual biological molecules / system components / model layers involved. A prompt that could apply to any paper in the field is a failed prompt.

⚠️ Two checkpoints, no skipping — Always pause at Phase 2 (figure list) and Phase 3 (style confirmation) for user confirmation before generating prompts.

⚠️ Always include the framework/overview figure — Even if the paper already contains an overview figure, always include it in the figure list marked as EXISTING — redraw/improve. Never silently skip it. The existing version may be low-quality, incomplete, or inconsistent with other figures. Let the user decide whether to regenerate it.

⚠️ Always output captions — Every figure prompt block must include both English and Chinese captions ready to paste into the paper. Captions must describe content AND convey the key insight, not just label what is drawn.


Integration

  • Works alongside academic-paper skill: after writing a paper, use draw-skills to fill in figures
  • Works alongside anthropic-skills:pdf: PDF reading is handled natively; draw-skills interprets the content
  • Output prompts can also be used with Gemini, DALL-E, or Stable Diffusion with minor adjustments

Version Info

Field Value
Version 1.0
Last updated 2026-04-09
Target tool nanobanana (natural language input)
Secondary tools Gemini image gen, DALL-E 3
Maintainer User
安全使用建议
This skill appears coherent and limited to generating figure prompts and captions. Before installing, consider: 1) it expects you to upload PDFs/images — do not upload sensitive or unpublished material you don't want exposed; 2) the skill itself contains no network calls or credentials, but the agent platform or downstream tools (e.g., nanobanana) might require API keys or send data externally—check how your agent runtime handles uploaded files and outbound requests; 3) if you plan to use the prompts with a paid/external service, verify that service's privacy policy for uploaded content; and 4) if you need strict handling of PHI or proprietary data, test with non-sensitive samples first. If you want extra assurance, request visibility into where the agent sends generated prompts (which external tool integrations it will call) before enabling the skill.
功能分析
Type: OpenClaw Skill Name: draw-skills Version: 1.0.0 The draw-skills bundle is a legitimate academic figure generation assistant designed to help researchers create publication-quality diagrams. The skill provides structured workflows for analyzing papers, suggesting figures, and generating detailed natural-language prompts for drawing tools like nanobanana. Analysis of SKILL.md and PROMPT.md reveals no evidence of malicious intent, data exfiltration, or harmful prompt injection; instead, the instructions focus on domain-specific styling (e.g., BioRender, AI architecture) and include safety 'Iron Rules' to prevent copyright infringement of reference images.
能力评估
Purpose & Capability
The name/description match the runtime instructions: the skill analyzes papers/images and produces detailed natural-language prompts and captions for illustration tools (nanobanana). It requests no unrelated binaries, environment variables, or config paths.
Instruction Scope
SKILL.md stays within the stated purpose: mode detection, domain/style extraction, figure planning, and prompt/caption generation. It asks the agent to accept user-provided PDFs/text/images (expected for this task) and to extract style features only (explicitly forbids extracting textual/content elements from reference images). There are no instructions to read unrelated system files, use unspecified credentials, or transmit data to unexpected endpoints.
Install Mechanism
Instruction-only skill with no install spec and no code files — nothing is written to disk or fetched during installation.
Credentials
The skill declares no required environment variables or credentials. The operations described (analyzing uploaded papers/images and composing prompts/captions) do not require additional secrets or external account access.
Persistence & Privilege
The skill is not always-enabled and does not request elevated persistence or modifications to other skills or system-wide settings. Autonomous invocation is allowed by default on the platform (normal), but the skill itself does not request extra privileges.
如何使用
  1. 确保已安装 OpenClaw(本地或 Docker 部署)
  2. 在对话框中输入安装命令:/install draw-skills
  3. 安装完成后,直接呼叫该 Skill 的名称或使用 /draw-skills 触发
  4. 根据 Skill 的参数说明提供必要输入,即可获得结构化输出
版本历史
v1.0.0
draw-skills 1.0.0 — Initial release - Academic assistant for generating detailed prompts for research paper figures, optimized for nanobanana and similar AI drawing tools. - Supports multiple scientific domains: biology/medicine (BioRender style), CS/engineering (architecture diagrams), AI/agent systems, computer vision, and more. - Can analyze paper content to suggest missing figures, generate prompts on demand, improve existing figures, or adapt a reference figure’s visual style to new content. - Structured workflow with distinct operational modes: analyze, generate, improve, and ref-style, including guided checkpoints for figure planning and style confirmation. - Provides domain-specific style recommendations and comprehensive output templates (English prompt, style references, captions in EN/ZH, and generation tips). - Strict guidelines ensure specificity, proper style application, and separation of visual style from reference figure content.
元数据
Slug draw-skills
版本 1.0.0
许可证 MIT-0
累计安装 0
当前安装数 0
历史版本数 1
常见问题

draw-skills 是什么?

Academic figure generation assistant. Generates detailed natural-language prompts for nanobanana (and other drawing tools) to produce publication-quality fig... 它是一个面向 Claude Code / OpenClaw 的 AI Agent Skill 插件,目前累计下载 109 次。

如何安装 draw-skills?

在 OpenClaw 或 Claude Code 对话框中运行命令「/install draw-skills」即可一键安装,无需额外配置。

draw-skills 是免费的吗?

是的,draw-skills 完全免费,采用 MIT-0 许可证,可自由下载、安装和使用。

draw-skills 支持哪些平台?

draw-skills 跨平台运行,可在任意部署了 OpenClaw / Claude Code 的环境中使用(cross-platform)。

谁开发了 draw-skills?

由 Memory555(@memory555)开发并维护,当前版本 v1.0.0。

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