PluginBench
Skill
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Audit score 90

remove-ai-style

zc277584121/marketing-skills

Aggressively rewrite prose to remove AI-generated patterns and formulaic language.

What is remove-ai-style?

Removes AI-style writing patterns from Chinese or English text using a two-layer workflow: deterministic analysis of lexical and structural markers, then contextual semantic review. Use this for de-AI polishing, publication cleanup, and converting robotic or formulaic prose to natural language.

  • Runs a bundled deterministic analyzer to locate AI-residue signals: exclamation marks, dashes, formulaic binary contrasts, and assistant-pattern vocabulary
  • Enforces hard constraints: removes all exclamation marks, dashes, and binary-contrast formulas from editable prose
  • Performs full-article semantic review to detect excessive metaphors, artificial symmetry, vague claims, and flattened author voice that rules cannot catch
  • Preserves protected regions: code blocks, URLs, citations, YAML frontmatter, and source material that must remain verbatim
  • Rewrites aggressively for concrete subjects, mechanisms, and results while maintaining factual accuracy and intended voice
  • Rescans after editing to confirm hard-constraint rule counts reach zero

How to install remove-ai-style

npx skills add https://github.com/zc277584121/marketing-skills --skill remove-ai-style
Prerequisites
  • Python 3 installed and available as `python3`
  • Absolute or relative Markdown file path, or ability to pipe text to stdin
  • Language detection (auto-detects Chinese or English; can override manually
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How to use remove-ai-style

  1. 1.Run the deterministic analyzer on your article: `python3 <skill-root>/scripts/analyze_ai_style.py <article-path> --language auto --format json`
  2. 2.Review the analyzer report and classify each finding as confirmed, intentional, protected, false positive, or requiring semantic review
  3. 3.Read the complete original article to detect patterns the analyzer cannot enumerate: excessive metaphors, artificial symmetry, vague claims, flattened voice
  4. 4.Record protected structures (code blocks, citations, URLs, frontmatter) that must survive editing
  5. 5.Rewrite aggressively: remove meta-writing and generic claims, prefer concrete subjects and mechanisms, vary rhythm only where artificial
  6. 6.Rerun the analyzer with `--fail-on-hard-constraints` to verify exclamation marks, dashes, and binary contrasts are eliminated from editable prose
  7. 7.Read the revised article once more for continuity and voice, then return a completion report with before/after counts and confirmed changes

Use cases

Good for
  • Polish published articles or blog posts to remove detectable AI-generation markers before distribution
  • Convert marketing copy or internal documentation from formulaic assistant-generated text to natural prose
  • Audit long-form content for synthetic patterns and reader-mind-reading that indicate AI composition
  • Prepare academic or journalistic submissions by removing rhetorical patterns that signal non-human authorship
  • Restore author voice to collaborative documents where AI assistance introduced uniformity or cliché
Who it's for
  • Content editors and publishers removing AI-generated text signals
  • Technical writers standardizing prose style across teams
  • Authors preparing manuscripts for submission or publication
  • Marketing teams converting templated copy to authentic voice
  • Researchers auditing text for synthetic or formulaic patterns

remove-ai-style FAQ

What counts as a hard constraint?

Three rule families are non-negotiable in editable prose: all exclamation marks must be removed, all em dashes, en dashes, and double hyphens used as dashes must be removed, and all formulaic binary contrasts (e.g., 'not just X but Y', '看似……其实……') must be rewritten as direct claims. These rules do not apply to protected regions such as code, URLs, citations, or source material that must remain verbatim.

Can I use light, moderate, or heavy intensity modes?

No. The skill applies one strong default: fix all confirmed hard-constraint findings at every severity, rewrite awkward passages, and remove unflagged formulaic rhythm while preserving facts and the author's intended voice. Do not ask the user to choose intensity.

What if the analyzer reports something but I think it is intentional?

Read the surrounding paragraph and classify the finding as intentional, protected, or a false positive. The analyzer is a navigation aid, not a substitute for contextual judgment. However, hard-constraint findings (exclamation marks, dashes, binary contrasts) must be rewritten unless they belong to protected regions like code or source material.

Does the skill work on both Chinese and English?

Yes. The skill auto-detects language and loads the matching reference (Chinese or English). You can override auto-detection if needed. The hard-constraint rules and semantic patterns apply to both languages.

What should I do if the analyzer finds patterns I cannot fix with simple rules?

Read the full article to detect synthetic patterns the analyzer cannot enumerate: excessive metaphors, argument structure that is too symmetrical, repeated paragraph logic with different vocabulary, synthetic emotional escalation, vague claims, and flattened author voice. Make contextual edits that preserve facts and meaning while removing the artificial patterns.

Full instructions (SKILL.md)

Source of truth, from zc277584121/marketing-skills.


name: remove-ai-style description: Aggressively rewrite Chinese or English prose to remove AI-generated patterns. Use for de-AI polishing, natural-language rewrites, robotic or formulaic writing, and publication cleanup. Always run the bundled deterministic Markdown analyzer first, remove every editable exclamation mark, dash, and formulaic binary contrast, inspect every other reported location, then read the full article for semantic patterns the rules cannot enumerate.

Remove AI Style

Use a two-layer workflow:

  1. Run the deterministic analyzer to locate repeatable lexical, punctuation, structural, and assistant-residue signals.
  2. Read the full article and make contextual judgments that rules cannot cover.

Apply one strong default. Fix confirmed findings at every severity, rewrite awkward passages, and remove unflagged formulaic rhythm while preserving facts, meaning, required structure, and the author's intended voice. Do not ask the user to choose an intensity and do not offer light, moderate, heavy, or full modes.

Most analyzer hits still require contextual judgment. Three rule families are hard publication constraints in editable prose:

  • Remove all exclamation marks.
  • Remove all em dashes, en dashes, and double hyphens used as dashes.
  • Rewrite all formulaic binary contrasts, including “不是……而是……”, “并非……更是……”, “看似……其实……”, “not just X but Y”, and close variants, as direct claims.

The post-edit analyzer counts for zh-exclamation or en-exclamation, zh-dash or en-dash, and zh-binary-contrast or en-binary-contrast must be zero. The only exceptions are protected regions such as code, URLs, Markdown targets, and source text that must remain verbatim. Do not treat brand enthusiasm, casual tone, or a writer's habitual punctuation as reasons to keep these patterns.

Required workflow

1. Determine input and language

Prefer an absolute Markdown file path. If the user provides text only, pass it to the analyzer through stdin.

Detect Chinese or English from the article. Override auto-detection only when the result is wrong or the user explicitly specifies a language.

Load the matching reference completely:

2. Run the deterministic analyzer

Run before editing:

python3 <skill-root>/scripts/analyze_ai_style.py \
  <article-path> \
  --language auto \
  --format json

The report contains:

  • stable finding ID
  • rule and category
  • severity
  • line and column
  • matched text
  • local context
  • suggested treatment
  • repeated-rule and document-structure summaries

Do not replace this command with copied grep snippets. The bundled script is the single owner of deterministic detection logic.

3. Inspect every finding

Rewrite every editable finding from the hard-constraint rule families. Do not classify these findings as intentional or false positives merely because the usage is grammatically valid.

Classify every other reported item as one of:

  • confirmed: rewrite it
  • intentional: keep it because the genre or voice requires it
  • protected: leave it because it belongs to code, source material, structure, or another preserved region
  • false_positive: no change
  • semantic_review: the local hit is real, but the correct fix depends on wider context

Read the reported context, then inspect the surrounding paragraph before deciding. Do not bulk-replace phrases across the document.

4. Read the full original article

Always read the complete article unless the user explicitly asks to process only an excerpt. The analyzer cannot reliably detect:

  • excessive metaphors with novel wording
  • argument structure that is too symmetrical
  • repeated paragraph logic with different vocabulary
  • synthetic emotional escalation
  • vague claims that sound polished but say little
  • reader-mind-reading and sentences that digest the point for the reader
  • empty evaluative adjectives such as “很清晰” or “很重要”
  • claims that announce importance without a mechanism, number, or example
  • genre mismatch
  • flattened author voice
  • suspicious facts or citations

Use the language reference to perform this semantic pass. The report is a navigation aid, not a substitute for reading.

5. Record protected structure

Before editing, record the structures that must survive:

  • YAML frontmatter
  • fenced code blocks
  • Markdown tables when their structure is intentional
  • images and links
  • HTML comments
  • complete VISUAL_TODO blocks
  • quoted source material and citations

Do not change facts, numbers, URLs, code, image paths, TODO IDs, or citation targets merely to make prose sound more natural.

6. Rewrite aggressively

Make contextual edits rather than phrase substitution:

  • Prefer concrete subjects, actions, mechanisms, and results. Lead with the fact, then the judgment; do not add emphasis that the evidence already carries.
  • Remove meta-writing, reader-mind-reading, generic importance claims, empty evaluative adjectives, assistant residue, and decorative transitions.
  • Vary rhythm only where the current rhythm feels artificial; do not add slang, mistakes, or random fragments to imitate a human.
  • Preserve deliberate voice, technical precision, and genre-appropriate structure. Judgments may sit next to narrative, but each judgment should rest on a fact or mechanism.
  • Drive confirmed findings down as far as the material allows. The hard-constraint rule counts must reach zero outside protected regions.

When invoked as a Subagent on a file, edit the file directly, then return a concise change report. Do not delegate the rewrite to another agent.

7. Run the analyzer again

After editing, rerun the same command and compare before/after summaries.

Use the hard-constraint gate for the final rescan:

python3 <skill-root>/scripts/analyze_ai_style.py \
  <article-path> \
  --language auto \
  --format json \
  --fail-on-hard-constraints

Exit status 2 means at least one exclamation mark, dash, or formulaic binary contrast remains in scanned prose. Rewrite it unless inspection confirms that the match belongs to source text that must remain verbatim.

Review every remaining finding individually. A remaining non-hard-constraint hit is acceptable when it is intentional, protected, required for accuracy, or a documented false positive. A remaining hard-constraint hit is acceptable only when it is protected or must remain verbatim.

Finally, read the full revised article once more for continuity and voice. A lower finding count does not prove the rewrite is good.

Completion report

Return:

  • language
  • before/after finding counts by severity
  • confirmation that the hard-constraint rule counts reached zero, or an exact list of protected verbatim exceptions
  • confirmed rules addressed
  • intentional or protected findings left in place
  • important semantic changes found only by full reading
  • confirmation that protected Markdown structures survived
  • any factual or citation issue that needs human verification