/rebuttal

Parse review comments, atomize each concern (Rvx-Cy numbering) and map it to a wiki idea or method, check whether evidence is sufficient (tracing back to wiki experiments), simulate reviewer follow-up questions with Review LLM (stress-test, scored 1-5), and generate a formal plain-text rebuttal and a rich-text rebuttal. Safety checks ensure no fabrication, no overpromise, full coverage.

Inputs

• review: source of review comments, one of:
  • file path (e.g. raw/reviews/reviewer1.txt, raw/reviews/meta-review.md)
  • multiple file paths (comma-separated: raw/reviews/R1.txt,raw/reviews/R2.txt,raw/reviews/R3.txt)
  • directly pasted review text
• --paper-slug (optional): slug of the associated paper in wiki/outputs/, used to locate PAPER_PLAN
• --venue (optional): target conference/journal (ICLR / NeurIPS / ICML / ACL / CVPR); affects rebuttal format and word limits
• --stress-test (optional, enabled by default): Review LLM simulates reviewer follow-up; disable with --no-stress-test
• --format (optional, default formal): output format
  • formal: formal plain-text rebuttal (suitable for pasting directly into submission system)
  • rich: rich-text version (with wiki [[links]], detailed analysis, improvement plan)

Outputs

• wiki/outputs/rebuttal-{slug}.md — rich-text rebuttal (with [[wikilinks]], evidence tracing, analysis tables)
• wiki/outputs/rebuttal-{slug}.txt — formal rebuttal (plain text, suitable for pasting into submission system)
• wiki/ideas/*.md / wiki/methods/*.md — if a concern exposes an evidence gap, append a suggestion to the relevant section (## Risks / ## Lessons learned for ideas; ## Limitations for methods)
• wiki/log.md — append log entry

Wiki Interaction

Reads

• wiki/ideas/*.md — map concerns to ideas, check linked experiments and novelty argument
• wiki/methods/*.md — map concerns to methods, check Mechanism / Procedure / Limitations
• wiki/experiments/*.md — find experiment results supporting ideas (via linked_idea)
• wiki/papers/*.md — find citation context for referenced papers
• wiki/concepts/*.md — understand the conceptual background of method-related concerns
• wiki/outputs/PAPER_PLAN.md — understand paper structure (from /paper-plan, if --paper-slug provided)
• wiki/graph/context_brief.md — global context
• wiki/graph/edges.jsonl — idea-experiment-paper-method relationships
• .claude/skills/shared-references/cross-model-review.md — Review LLM stress-test independence

Writes

• wiki/outputs/rebuttal-{slug}.md — rich-text version
• wiki/outputs/rebuttal-{slug}.txt — formal plain-text version
• wiki/ideas/*.md / wiki/methods/*.md — append reviewer-identified gaps to ## Risks / ## Lessons learned (ideas) or ## Limitations (methods); do not silently flip an idea's status — only flag concerns
• wiki/log.md — append log entry

Graph edges created

• None (rebuttal is a query operation; does not modify the knowledge graph)

Workflow

Precondition:

1. Confirm working directory is the wiki project root (containing wiki/, raw/, tools/)
2. Read cross-model-review.md to confirm stress-test independence principle
3. Generate slug: python3 tools/research_wiki.py slug "{paper-slug}-rebuttal"

Step 1: Parse Review Comments

1. Read review text:

   • If file path(s): read all specified files
   • If direct text: use directly
   • Merge multiple reviewers' comments, annotated by source (Reviewer 1/2/3/Meta)

2. Identify structure:

   • Extract each reviewer's: overall score (Accept/Reject/Borderline), confidence, summary, Strengths, Weaknesses, questions
   • If the format is non-standard (plain text), use LLM to parse into structured format

3. Output: structured comments for each reviewer

Step 2: Atomize Concerns

Split each weakness and question into independent atomic concerns:

1. Splitting rules:

   • A single weakness may be a compound sentence containing multiple independent concerns ("the method lacks ablation experiments and also does not compare with X" → split into 2 concerns)
   • Assign each atomic concern an ID in Rvx-Cy format (Rv1-C1 = Reviewer 1, Concern 1; Rv1-C2 = Reviewer 1, Concern 2)
   • Retain reviewer number to ensure traceability back to the original comment

2. Classify each concern:

   • evidence: factual questions about experimental data or result interpretation
   • method: methodological questions about method design or algorithmic correctness
   • missing: missing experiments/analysis/comparisons/citations
   • clarity: unclear expression, symbol confusion, figure issues
   • scope: insufficient contribution, applicability questions
   • novelty: overlap with existing work, insufficient innovation
   • minor: formatting, typos, and other small issues

3. Assess severity: critical / major / minor

4. Output: atomized concern list, each containing {id (Rvx-Cy), reviewer, type, severity, text}

Step 3: Map Concerns to Wiki Ideas / Methods

For each concern:

1. Find associated idea or method:

   • Extract keywords from concern text
   • Search wiki/ideas/*.md and wiki/methods/*.md for matches (idea for hypothesis/result challenges; method for design/algorithmic challenges)
   • Read wiki/graph/edges.jsonl to find idea↔experiment and method↔paper relationships
   • If no direct match is found: annotate as "unmapped" (no direct entity correspondence)

2. Check Evidence Status:

   • For an idea: read linked_experiments, count succeeded/inconclusive/failed outcomes; read novelty_score and status
   • For a method: read source_papers and ## Limitations
   • Judgment:
     • Sufficient: ≥1 succeeded experiment for the linked idea, OR method backed by source paper(s)
     • Partial: experiments exist but mixed outcomes
     • Insufficient: no supporting experiments or thin source coverage
     • Contradicted: failed/inconclusive experiments dominate

3. Output:

Concern ID	Reviewer	Type	Severity	Entity mapped	Evidence Status	Strategy
Rv1-C1	R1	method	critical	[[method-slug]]	sufficient	A
Rv1-C2	R1	missing	major	[[idea-slug]]	insufficient	B
Rv2-C1	R2	novelty	major	unmapped	—	D

Step 4: Draft Rebuttal Responses

Draft a response for each concern according to its strategy:

Strategy A — Evidence sufficient (respond directly):

• Cite specific experiment results and data (annotate source, ensure traceability to wiki/experiments/)
• Point to evidence in the wiki (convert to paper citations)
• If the concern is based on a misunderstanding: politely clarify, point to the relevant Section in the paper

Strategy B — Evidence insufficient (acknowledge + concrete plan):

• Honestly acknowledge that current evidence is not sufficient
• Propose a concrete supplementary experiment plan (can link to /exp-design)
• State a specific timeline and resource requirements
• Do not use vague commitments; only commit to concrete executable supplementary experiments

Strategy C — Clarity issue (commit to revision):

• Acknowledge the unclear expression
• Provide the improved description (show the revised text directly in the rebuttal)
• List specific Paper Edit plans

Strategy D — Scope/Novelty challenge (argue):

• Highlight essential differences from existing work
• Cite novelty-check results (if available)
• Point out differences the reviewer may have overlooked

Format for each response:

**[Rvx-Cy]** {concern summary}

{response text, 2-5 sentences, annotated sources for traceability}

Safety checks (per response):

• No fabrication: do not fabricate data or experiment results
• No overpromise: only commit to specific executable supplementary experiments
• Cited data is recorded in wiki/experiments/
• If the linked idea has status: invalidated or its experiments are inconclusive, do not pretend it is supported

Step 5: Review LLM Stress-Test

Follow cross-model-review.md: do not send Claude's rebuttal strategy analysis to Review LLM.

If --stress-test is enabled (default):

mcp__llm-review__chat:
  system: "You are a critical reviewer who has just read a rebuttal to your review
           comments. You are skeptical and will push back on weak responses.
           For each rebuttal response, assess on a scale of 1-5:
           1 = unconvincing (deflection or fabrication suspected)
           2 = weak (vague, no concrete evidence)
           3 = acceptable (addresses concern but could be stronger)
           4 = strong (concrete evidence, clear reasoning)
           5 = fully convincing (compelling evidence, thorough response)
           Also check for overpromise: are commitments specific and feasible?
           Provide a follow-up question for any response scoring <= 3."
  message: |
    ## Original Review Concerns
    {atomic concerns list with Rvx-Cy IDs}

    ## Author Rebuttal
    {drafted rebuttal responses}

    ## Please assess each response (score 1-5) and provide follow-up questions.

Handle Review LLM feedback:

• Score 4-5 (convincing): keep original response
• Score 3 (acceptable): strengthen response, add details suggested by Review LLM
• Score 1-2 (unconvincing/weak): rewrite response, consider switching strategy (A→B, acknowledge insufficiency)

Second round (if any responses scored <= 2):

mcp__llm-review__chat-reply:
  threadId: {previous thread}
  message: |
    We've revised the following responses:
    {revised responses}
    Please re-assess (score 1-5).

Maximum 2 rounds of stress-test. Handle follow-up questions and update responses.

Step 6: Format Output + Safety Check

6a. Format formal rebuttal-{slug}.txt (plain text, suitable for submission system):

We thank the reviewers for their constructive feedback. We address each concern below.

Reviewer 1:

[Rv1-C1] {concern summary}
{response}

[Rv1-C2] {concern summary}
{response}

Reviewer 2:
...

Summary of Revisions:
- {bulleted list of planned changes}

Additional Experiments (if applicable):
- {new experiments committed to, with timeline}

6b. Format rich-text rebuttal-{slug}.md:

# Rebuttal Analysis: {paper title}

## Coverage Summary
| Concern ID | Type | Severity | Entity | Evidence Status | Review LLM Score | Strategy |
|------------|------|----------|--------|-----------------|------------------|----------|
| Rv1-C1 | method | critical | [[method-slug]] | sufficient | 4/5 | A |
| Rv1-C2 | missing | major | [[idea-slug]] | insufficient | 3/5 | B |

## Responses
### Reviewer 1
**[Rv1-C1]** ...
**[Rv1-C2]** ...

## Evidence Gap Analysis
| Entity | Status / Novelty | Gap | Needed |
|--------|------------------|-----|--------|
| [[idea-slug]] | proposed / novelty 2 | No ablation on dataset X | Run ablation experiment |

## Action Items

### Paper Edits
| Section | Change | Reason |
|---------|--------|--------|
| Section 3.2 | Clarify notation | Rv1-C3 clarity concern |

### Wiki Updates
| Page | Update | Reason |
|------|--------|--------|
| ideas/{slug} | Append concern to `## Risks` | Rv2-C1 evidence gap |

### Suggested Experiments
| Experiment | Linked Idea | Suggested by |
|-----------|-------------|--------------|
| ablation-dataset-x | [[idea-slug]] | Rv1-C2 |

→ Run `/exp-design ablation-dataset-x` to design follow-up

## Review LLM Stress-Test Summary
- Average score: {N}/5
- Scores 4-5: {N}/{total}
- Scores 1-3: {N}/{total} (all revised)

## Safety Checklist
- [x] No fabrication: all cited data exists in wiki/experiments
- [x] No overpromise: all committed experiments are specific and feasible
- [x] Full coverage: {N}/{N} concerns addressed (no omissions)
- [x] Invalidated/inconclusive ideas not presented as supported

6c. Final safety check:

• Full coverage: confirm every concern has a response (no omissions)
• No fabrication: every cited data point is recorded in wiki/experiments/ (traceable)
• No overpromise: supplementary experiment commitments are specific and feasible
• Honesty on weak ideas: if the linked idea has novelty_score <= 2 OR its linked experiments are inconclusive, do not pretend evidence is sufficient

6d. Update wiki:

• For ideas with evidence gaps: append reviewer-identified gaps to ## Risks (or ## Lessons learned) in wiki/ideas/{slug}.md
• For methods with weak coverage: append concerns to ## Limitations in wiki/methods/{slug}.md
• Append log:

  python3 tools/research_wiki.py log wiki/ \
    "rebuttal | {N} concerns addressed | {M} evidence gaps | stress-test avg: {score}/5"
  

Constraints

• No fabrication: never fabricate experiment data or results. Every cited number must be traceable to wiki/experiments/ with source annotated
• No overpromise: only commit to specific executable supplementary experiments. Use "we will run ablation on X with setup Y" not "we will investigate"
• Full coverage: every reviewer concern (Rvx-Cy) must have a response; omissions block output
• Evidence traceability: every piece of evidence cited in a response must be traceable to a wiki page with source slug annotated
• Do not silently flip a linked idea's status: rebuttal only flags concerns by appending to ideas' ## Risks / ## Lessons learned or methods' ## Limitations; status transitions are reserved for /exp-eval
• Review LLM independence: during stress-test, follow cross-model-review.md; do not reveal response strategy to Review LLM
• Concern ID format: strictly use Rvx-Cy format (Rv1-C1, Rv1-C2, Rv2-C1) to ensure traceability
• Specific commitments: all revision commitments and experiment plans must be specific (specific Section, specific dataset, explicit metric)
• Output to wiki/outputs/: rebuttal files are stored uniformly in the wiki/outputs/ directory

Error Handling

• Review file not found: report error, list available files under raw/reviews/
• Review format cannot be parsed: fall back to plain-text processing; use LLM to extract concerns; annotate in report
• Concern cannot be mapped to an idea or method (unmapped): annotate as "unmapped"; still respond (based on paper content rather than wiki entity)
• Review LLM stress-test unavailable: skip Step 5; annotate in report "stress-test skipped: Review LLM unavailable"
• Evidence severely insufficient: if >50% of concerns have insufficient evidence, warn the user and suggest supplementing experiments first
• Wiki empty: warn that wiki knowledge base is empty; suggest running /ingest to populate ideas, methods, and experiments
• All responses scored 1-2 by Review LLM: halt output, report requires re-analysis, suggest supplementing experiments first

Dependencies

Tools（via Bash）

• python3 tools/research_wiki.py slug "{title}" — generate rebuttal slug
• python3 tools/research_wiki.py log wiki/ "<message>" — append log entry

MCP Servers

• mcp__llm-review__chat — Step 5 stress-test first round
• mcp__llm-review__chat-reply — Step 5 stress-test subsequent rounds

Claude Code Native

• Read — read review comments, wiki pages, shared references
• Write — write rebuttal-{slug}.md, rebuttal-{slug}.txt
• Glob — find ideas, methods, experiments
• Grep — search wiki for concern keywords

Shared References

• .claude/skills/shared-references/cross-model-review.md — Review LLM stress-test independence principle

Suggested follow-up skills

• /exp-design — design supplementary experiments for concerns with insufficient evidence
• /paper-draft — prepare revised paper (based on Paper Edits checklist)