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Autowriter

作者 lifei68801 · GitHub ↗ · v1.1.1 · MIT-0
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在 OpenClaw 中安装
/install autowriter
功能描述
Automated writing system. Extracts the "modify-evaluate-loop" paradigm from autoresearch's agent loop, fuses it with humanizer de-AI mechanisms into a closed...
使用说明 (SKILL.md)

autowriter — Automated Writing System

autoresearch's core is an agent loop: modify code → run → evaluate → keep/discard → loop.

autowriter maps this paradigm to writing, embedding "de-AI" into the loop itself — not post-processing after writing, but writing, purifying, evaluating, rewriting in every single iteration.


Design Philosophy

Three core principles from autoresearch, mapped to writing:

autoresearch Principle Writing Mapping Mechanism
Automated loop write → humanize → evaluate → rewrite loop Agent Loop
Quantified evaluation 6-dimension scoring function (with "human feel" dimension) Phase 2
Failure transparency draft log records every discarded version Draft Log

Plus humanizer's core insight: De-AI is not post-processing polish, it's part of writing quality. The evaluation function detects AI patterns directly — rewrite if not passing, rewrite again, until clean.


Agent Loop (Core Flow)

┌─────────────────────────────────────────────────┐
│  INPUT: topic/paper/project + --depth N          │
│  (N=1 quick, N=2 standard, N=3 deep, N=4 survey) │
└──────────────────────┬──────────────────────────┘
                       ▼
              ┌────────────────┐
              │ Phase 0: Research│  Read user-provided sources
              └───────┬────────┘
                      ▼
         ┌──── Loop start (max N rounds) ───┐
         │                                  │
         │  ┌────────────────────┐          │
         │  │ Phase 1: Write     │          │
         │  │ Generate full draft│          │
         │  │ (built-in human    │          │
         │  │  feel constraints) │          │
         │  └────────┬───────────┘          │
         │           ▼                      │
         │  ┌────────────────────┐          │
         │  │ Phase 1.5: De-AI   │          │
         │  │ Scan + rewrite     │          │
         │  │ AI patterns        │          │
         │  └────────┬───────────┘          │
         │           ▼                      │
         │  ┌────────────────────┐          │
         │  │ Phase 2: Evaluate  │          │
         │  │ 6-dim quantitative │          │
         │  │ scoring            │          │
         │  └────────┬───────────┘          │
         │           ▼                      │
         │  ┌────────────────────┐          │
         │  │ Phase 3: Decide    │          │
         │  │ score>=80 → keep   │──────┐   │
         │  │ score\x3C80 → rewrite │      │   │
         │  │ with annotations   │      │   │
         │  └────────────────────┘      │   │
         │                               │   │
         └───────────────────────────────┼───┘
                                         ▼
                                 ┌────────────────┐
                                 │ Output final   │
                                 │ article + log  │
                                 └────────────────┘

--depth Knob

One parameter controls everything. No other knobs exposed.

depth Words Technical Detail Iterations Use Case
1 1500-2000 Intuition-focused, minimal formulas 2 Quick takes, social posts
2 2500-3500 Code + data, moderate formulas 3 Standard blog articles
3 4500-6000 Deep technical + experimental data 4 Deep dives, paper explainers
4 8000+ Full tech stack, includes derivations 5 Tutorials, surveys

Phase 0: Research

Facts first, then write. autoresearch reads train.py first — same principle.

Actions (user supplies all source material — this skill does not make network requests):

  1. Paper → Read the user-provided PDF/URL/clipboard text, extract core contribution, method, experimental data, limitations
  2. Tech topic → Read the user-provided references, notes, or local files, extract key facts
  3. Project → Read user-provided source/docs within the workspace, extract architecture, design decisions, key code

Output: research_facts.md in the current workspace directory — structured fact checklist (not an outline, not "what goes in paragraph 1")

Important: If the user has not provided source material, ask them to supply it. Do not search the web or access files outside the workspace.


Phase 1: Write / Rewrite

First round: Initial draft

  • Write directly based on research_facts.md, don't overthink structure
  • Write backwards: core discovery/code first, background later
  • Allow bad writing — a draft is raw material for evaluation
  • Built-in human feel constraints (see "Iron Rules"), but don't spend time polishing

Subsequent rounds: Targeted rewrite

  • Carry self-evaluation annotations from previous round
  • Only fix lowest-scoring dimensions, don't rewrite everything
  • Each round must show substantial change

Phase 1.5: De-AI (Humanize Pass)

This is the key step where humanizer mechanism is embedded into the loop. Not post-processing, but a mandatory checkpoint in every iteration.

Execution

Run AI pattern scan on Phase 1 output, check and rewrite each item:

Scan checklist (fast scan, not line-by-line):

  1. Filler phrases — Remove opening bromides and emphasis crutches

    • Kill: "It's worth noting," "As we all know," "Obviously," "Undoubtedly," "In this era of X"
    • Kill: "To achieve this goal" → "To do this"
    • Kill: Rhetorical questions ("So the question becomes...")
  2. Overemphasis — Check for exaggerated significance

    • Kill: "marks," "witnesses," "crucial," "indelible"
    • Kill: "Not only... but also...," "This isn't just... it's..."
  3. AI vocabulary blacklist — Replace with direct expression

    • "Furthermore" → delete or use direct connection
    • "Delve into" → "analyze" / "look at"
    • "Demonstrates" → "shows" / delete
    • "Dynamic," "rich," "profound" → specific description or delete
    • "Ever-evolving landscape" → specific context
  4. Structural patterns — Break formulas

    • Rule of three → use two or four items instead
    • Bold heading + colon list → blend into paragraphs
    • Dash reveal → use direct statement
    • Generic positive ending → specific next step or limitation
  5. Voice injection — Add human touch

    • Have opinions, don't just report facts
    • Admit uncertainty ("I'm not sure," "Honestly")
    • Mix sentence lengths (Short. Then a longer one that unfolds.)
    • Allow tangents and half-formed thoughts

Speed control

De-AI scan must be fast. Not line-by-line proofreading, 5 minutes for a pass:

  • Run blacklist keyword grep first (10 seconds)
  • Then fix structural issues (2 minutes)
  • Finally inject voice (2 minutes)

Don't pursue perfection. Phase 2's evaluation function catches residual AI traces — if it doesn't pass, next round will handle it.


Phase 2: Self-Evaluation

6-dimension quantitative evaluation function. Each dimension 0-100.

Dimension Weight 90+ Standard Below 50
Information density 20% Nearly every sentence carries new info Heavy padding, transitions, repetition
Code/data ratio 20% Every core claim backed by code or data Pure prose, no verifiable evidence
Failure showcase 15% Includes "what didn't work" and specific reasons Only shows success paths
Conciseness 15% No paragraph removable without losing information 30%+ content can be deleted
Actionability 15% Reader can immediately verify after reading Reader knows but can't act
Human feel 15% Sounds like a real person, has opinions and emotion AI-scented, formulaic structure

Human feel dimension scoring

Score Standard
90+ Unique voice and personal opinions; varied sentence length; zero AI blacklist hits; no rule-of-three / negative parallelism
70-89 Mostly natural, occasional AI traces acceptable; has opinions but not sharp enough
50-69 Formulaic structure, visible AI patterns; flat tone, no personality
Below 50 Heavy AI vocabulary, rule-of-three, dash reveals, promotional language

Composite score formula

score = info_density*0.20 + code_data_ratio*0.20 + failure_showcase*0.15
      + conciseness*0.15 + actionability*0.15 + human_feel*0.15

Self-evaluation output format

## Self-Eval - Round N

| Dimension | Score | Notes |
|-----------|-------|-------|
| Information density | 75 | Paragraphs 3-4 too much setup |
| Code/data ratio | 60 | "Significant improvement" has no data |
| Failure showcase | 40 | Missing failed experiments |
| Conciseness | 70 | First two paragraphs removable |
| Actionability | 85 | Code examples clear |
| Human feel | 55 | "Furthermore" x3, rule-of-three x2, cliched ending |

**Composite: 64/100**
**Decision: REWRITE**
**Focus areas:**
1. Add failed experiments (failure 40 -> 70+)
2. Replace "significantly improved" with data (code/data 60 -> 75+)
3. Rewrite lowest human-feel paragraphs: kill "furthermore", change rule-of-three, new ending (human 55 -> 75+)

Phase 3: Decision

score >= 80  →  KEEP, proceed to output
score \x3C 80   →  DISCARD, enter next round with annotations

Early termination

  • Two consecutive rounds with score difference \x3C 5 → stop, take the higher-scoring version
  • Max iterations reached → stop, take the highest-scoring version

Draft Log

Append after each evaluation, equivalent to autoresearch's results.tsv:

| Round | Score | Human | Decision | Main Issues | Fix Actions |
|-------|-------|-------|----------|-------------|-------------|
| 1 | 52 | 40 | DISCARD | Heavy AI, no data | De-AI, add experiments |
| 2 | 71 | 68 | DISCARD | Rule-of-three remnant, no failures | Restructure, add detours |
| 3 | 83 | 80 | KEEP | - | - |

Draft log stays at the end of the article or as an attachment. Fully transparent, no secret recipe.

Storage limit: Only retain the current draft and the final draft_log summary. Discarded intermediate drafts are NOT saved to disk — only their scores and fix actions are recorded in the log table. This prevents accumulation of potentially sensitive content.


Iron Rules

Enforced on every write/rewrite. These rules fuse Karpathy style with humanizer principles:

Five Iron Rules

  1. Show Don't Tell — Put code/data, not prose descriptions of effects
  2. One thing per paragraph — Delete any paragraph and information is lost
  3. Experiments first — No claims without code/data/search results backing them
  4. Record failures — Every article must include at least one "what didn't work"
  5. Zero filler — Kill all filler phrases, rhetorical questions, universal summary sentences

Language rules (built-in de-AI)

Use: First person, specific numbers, code snippets, colloquial tech language, admitting ignorance, mixed sentence lengths, opinionated reactions Don't use:

  • "This article will introduce," "As we all know," "It's worth noting," "In this era of X"
  • "Furthermore," "Delve into," "Demonstrates," "Dynamic," "Ever-evolving landscape"
  • Rhetorical questions ("Why does this matter?" → just say why)
  • Negative parallelism ("Not only... but also...")
  • Rule-of-three lists (use two or four items)
  • Bold heading + colon lists (blend into paragraphs)
  • Generic positive endings ("What's exciting is..." → specific next step)

Voice injection

  • Have opinions. "Honestly I think this direction is flawed" > "This direction has certain limitations"
  • Admit complexity. "I tried three approaches, first two bombed" > "After multiple experimental validations"
  • Allow tangents. Real thinking isn't linear.
  • Mixed rhythm. Short sentences. Then a longer one that unfolds slowly, with a turn, and lands.

Article Structure Selection

Automatically chosen based on --depth and content type, not forced into templates:

depth 1-2 (concise output)

  • Opening: one-sentence conclusion (result first)
  • Core: code/data + the single most important finding
  • Closing: limitation + one-sentence summary

depth 3-4 (deep output)

  • Opening: one-sentence conclusion
  • Background: why this matters (\x3C=3 sentences)
  • Body: minimal runnable example → expand step by step → experimental data
  • Failure: what didn't work + why
  • Closing: code links + limitations

Structure is a result, not a constraint.


Skill Integration

  • agent-browser: If the user has already gathered research material via agent-browser, autowriter reads those results (workspace files only)
  • WeChat article style guide: For WeChat publishing format requirements

No humanizer-zh post-processing needed. De-AI is built-in. This skill does not initiate network requests. All source material must be user-provided.


Further Reading

  • autoresearch design philosophy → references/autoresearch-philosophy.md
  • Karpathy code style → writing style mapping → references/karpathy-code-style.md
安全使用建议
This skill appears to do what it says: iteratively write and store drafts in your workspace and it will not make network requests or ask for credentials. Before using it: (1) run it in an isolated or empty workspace if you don't want discarded drafts retained alongside sensitive code or proprietary text; (2) avoid pasting secrets or private API keys into source material; (3) clarify with the maintainer (or the UI) how 'URL/clipboard' sources are accepted — the skill claims it will not fetch the web, so you should paste or upload content yourself; (4) delete or inspect the draft_log and discarded-version files after use if you want to remove traces. If you need stronger guarantees about no local persistence, don't install or invoke the skill until those behaviors are changed.
功能分析
Type: OpenClaw Skill Name: autowriter Version: 1.1.1 The autowriter skill implements an iterative writing and self-evaluation loop designed to produce high-quality technical content. It requests standard file read/write permissions restricted to the local workspace and explicitly forbids network access in its metadata and instructions. The logic in SKILL.md focuses entirely on the writing process, including a 'De-AI' phase to remove common AI linguistic patterns and a multi-dimensional scoring system for self-improvement. No indicators of data exfiltration, malicious execution, or harmful prompt injection were found.
能力评估
Purpose & Capability
The name/description (automated writer that iterates and humanizes drafts) matches the SKILL.md behavior. It requests only file:read and file:write in the workspace and explicitly disables network and credentials, which is proportionate for reading user-supplied sources and writing drafts/logs. No unrelated binaries, env vars, or installs are required.
Instruction Scope
Instructions stay within the stated purpose: read user-supplied sources in the workspace, produce research_facts.md, iterate drafts, run de-AI scans, and write a draft_log and final article. Minor ambiguity: Phase 0 mentions 'PDF/URL/clipboard' as sources while the metadata sets network: none — this is likely intended to mean the user must paste or upload those materials rather than the skill fetching them, but the wording could confuse implementers. Also, the skill mandates retaining discarded versions and a draft_log (explicitly part of its design), which is expected for the purpose but increases persistence of user content.
Install Mechanism
Instruction-only skill with no install spec or code files — lowest install risk. Nothing is downloaded or written outside of normal workspace file operations described in the instructions.
Credentials
No environment variables, secrets, or external credentials are required. The skill does request file read/write within the workspace (declared), which is proportionate for its functionality.
Persistence & Privilege
The skill does not request elevated platform privileges nor always:true. However, its design intentionally persists all iterations and discarded drafts to a draft_log and saved files in the workspace. That persistent storage can retain sensitive or proprietary content unless the user removes it — a privacy concern rather than a coherence/security mismatch.
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 autowriter
  3. 安装完成后,直接呼叫该 Skill 的名称或使用 /autowriter 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
v1.1.1
v1.1.1: Fix ClawHub review flags - clarify network:none with user-supplied sources, constrain file access to workspace scope, limit discarded draft storage
v1.1.0
v1.1.0: Fully translated to English (description, SKILL.md, references)
v1.0.0
v1.0.0: 自动化写作系统,融合 autoresearch agent loop + humanizer 去 AI 化
元数据
Slug autowriter
版本 1.1.1
许可证 MIT-0
累计安装 0
当前安装数 0
历史版本数 3
常见问题

Autowriter 是什么?

Automated writing system. Extracts the "modify-evaluate-loop" paradigm from autoresearch's agent loop, fuses it with humanizer de-AI mechanisms into a closed... 它是一个面向 Claude Code / OpenClaw 的 AI Agent Skill 插件,目前累计下载 137 次。

如何安装 Autowriter?

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

Autowriter 是免费的吗?

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

Autowriter 支持哪些平台?

Autowriter 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 Autowriter?

由 lifei68801(@lifei68801)开发并维护,当前版本 v1.1.1。

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