Create Paper

Paper Writer Skill

Generate academic papers from project analysis through interview-driven orchestration.

Implementation Status

Current State: Core 5-stage workflow fully implemented with real skill integrations.

All Core Features Complete

1. Implement MIMIC feature ✅ DONE - Exemplar paper style learning
2. Add figure generation ✅ DONE - /fixture-graph integration
3. Iterative section refinement ✅ DONE - refine command
4. Multi-round review loop ✅ DONE - via critique and refine
5. Add RAG grounding ✅ DONE - Use --rag flag
6. Multi-template support ✅ DONE - IEEE, ACM, CVPR, arXiv, Springer
7. Citation checker ✅ DONE - quality command
8. Academic phrase palette ✅ DONE - phrases command
9. Agent persona integration ✅ DONE - Horus Lupercal authoritative style

Philosophy: Human-in-the-Loop

This skill does NOT automate away the researcher. Instead, it:

• Asks clarifying questions until ambiguity is resolved
• Validates assumptions before proceeding to next stage
• Presents recommendations for human approval/override
• Iterates on feedback rather than generating final output

Think of it as a research assistant that does the legwork but defers judgment to you.

⚡ Quick Start for Agents

Don't get overwhelmed by 17+ commands! Use domain navigation:

# List command domains by workflow stage
create-paper domains

# Filter commands by domain
create-paper list --domain generate    # Paper generation commands
create-paper list --domain verify      # Quality assurance commands
create-paper list --domain comply      # Venue compliance commands

# Get workflow recommendations based on paper stage
create-paper workflow --stage new_paper
create-paper workflow --stage pre_submission

# Show fixture-graph presets for figures
create-paper figure-presets

Domain Quick Reference

Agent JSON Output

All navigation commands support --summary for JSON output:

create-paper domains --summary          # JSON of all domains
create-paper workflow --stage new_paper --summary  # JSON recommendations
create-paper figure-presets --summary   # JSON of IEEE sizes + colormaps

Workflow: 5 Stages with Interview Gates

1. SCOPE INTERVIEW    → Define paper type, audience, contribution claims
                         [GATE: User validates scope]

2. PROJECT ANALYSIS   → /assess + /dogpile + /review-code
                         [GATE: User confirms analysis accuracy]

3. LITERATURE SEARCH  → /arxiv search + triage
                         [GATE: User selects relevant papers]

4. KNOWLEDGE LEARNING → /arxiv learn on selected papers
                         [GATE: User reviews extracted knowledge]

5. DRAFT GENERATION   → LaTeX from analysis + learned knowledge
                         [GATE: User iterates on structure/content]

Key principle: Each [GATE] blocks until human approval. No stage proceeds with unresolved questions.

Command: draft

./run.sh draft --project /path/to/project

Launches interactive paper drafting session.

Interview Questions (Stage 1: Scope)

The skill asks:

1. Paper Type

What type of paper are you writing?
a) Research paper (novel contribution)
b) System paper (implementation/architecture)
c) Survey paper (literature review)
d) Experience report (lessons learned)
e) Demo paper (tool description)

2. Target Venue

Target venue/conference? (affects formatting and emphasis)
Examples: ICSE, FSE, ASE, PLDI, arXiv preprint

3. Contribution Claims

What are your 3-5 main contribution claims?
(e.g., "A novel agent memory architecture that...")

4. Target Audience

Who is the intended audience?
a) Software engineering researchers
b) AI/ML practitioners
c) Industry developers
d) Specific domain (e.g., formal methods)

5. Prior Work Scope

Should I search for related work in:
[x] Agent architectures
[ ] Memory systems
[ ] Tool use / function calling
[ ] Other (specify): ___________

GATE: User reviews and confirms scope. Proceeds only on explicit approval.

Stage 2: Project Analysis

Orchestrates existing skills:

# 1. Static + LLM assessment
/assess run /path/to/project
   ├─ Features identified
   ├─ Architecture patterns
   ├─ Technical debt detected
   └─ [OUTPUT: assessment.json]

# 2. Deep research on key features
/dogpile search "feature X implementation patterns"
   ├─ ArXiv papers
   ├─ GitHub examples
   ├─ Documentation
   └─ [OUTPUT: research_context.md]

# 3. Code-paper alignment check
/review-code verify /path/to/project
   ├─ Code matches documentation?
   ├─ Claims supported by implementation?
   └─ [OUTPUT: alignment_report.md]

Interview: Analysis Validation

Presents findings:

Project Analysis Summary:
━━━━━━━━━━━━━━━━━━━━━━━━
Core Features:
  1. Episodic memory with ArangoDB (250 LOC)
  2. Tool orchestration pipeline (180 LOC)
  3. Interview-driven interactions (120 LOC)

Architecture:
  - Event-driven with message passing
  - Skills as composable modules
  - Persistent storage layer

Detected Issues:
  ⚠ Hardcoded paths in 3 locations
  ⚠ Missing test coverage for memory skill

Does this match your understanding? (y/n/refine)

GATE: User confirms or refines analysis before proceeding.

Stage 3: Literature Search

Uses /arxiv search with generated context:

# Automatically generates /tmp/arxiv_context.md from scope + analysis
# Then searches with domain-specific terms
/arxiv search -q "episodic memory agent systems" -n 20

Interview: Paper Triage

Presents abstracts with recommendations:

Found 20 Papers - Triaging Against Your Contribution
━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━

HIGH RELEVANCE (Directly Related)
  [1] "Episodic Memory in Cognitive Architectures" (arXiv:2401.12345)
      → Describes memory structure similar to yours
      → RECOMMEND: Learn from this

  [2] "Tool Use in LLM Agents" (arXiv:2310.09876)
      → Framework for tool orchestration
      → RECOMMEND: Learn from this

MEDIUM RELEVANCE (Tangential)
  [3] "Retrieval-Augmented Generation" (arXiv:2312.54321)
      → Related but different architecture
      → SKIP unless you want broader context

LOW RELEVANCE (Different Problem)
  [4-20] ...

Which papers should I extract? (Enter numbers, 'all-high', or 'manual')

GATE: User selects papers. Can override recommendations.

Stage 4: Knowledge Learning

Extracts from selected papers:

# For each selected paper:
/arxiv learn <id> --scope paper-writing --context-file /tmp/arxiv_context.md

Interview: Knowledge Review

Shows extracted Q&A pairs before storing:

Extracted Knowledge from Paper [1]
━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━

Q: How should episodic memory be structured for agent recall?
A: Use time-indexed events with semantic embeddings. Store:
   - Event timestamp
   - Agent state snapshot
   - Action taken + rationale
   - Outcome observed

Q: What data structure best represents agent beliefs?
A: BDI (Belief-Desire-Intention) dictionary with confidence scores...

Accept these extractions? (y/n/refine)

GATE: User validates or refines extractions.

Stage 5: Draft Generation

Generates LaTeX sections:

Interview: Structure Review

Proposed Paper Structure
━━━━━━━━━━━━━━━━━━━━━━━

1. Abstract
   - Problem: Agent memory systems lack...
   - Solution: Interview-driven episodic memory
   - Results: Demonstrated on pi-mono project

2. Introduction
   - Motivation from /assess findings
   - Contribution claims from scope interview

3. Related Work
   - Episodic Memory (from learned papers)
   - Tool Orchestration (from learned papers)
   - Comparison table highlighting your differences

4. System Design
   - Architecture from /assess
   - Code examples from project

5. Implementation
   - Key features from analysis
   - Design decisions + rationale

6. Evaluation
   - Project statistics
   - Comparison with related systems

7. Discussion
   - Limitations from /review-code
   - Future work from aspirational features

Approve this structure? (y/n/custom)

GATE: User confirms or provides custom structure.

Iterative Refinement

Draft section 1 (Abstract) ready. Options:
a) View draft
b) Regenerate with feedback
c) Accept and continue to next section
d) Manual edit

For each section, user can:

• Review generated text
• Provide feedback for regeneration
• Directly edit LaTeX
• Iterate until satisfied

Output: Draft Paper

Final output structure:

paper_output/
├── draft.tex           # Main LaTeX file
├── sections/
│   ├── abstract.tex
│   ├── intro.tex
│   ├── related.tex
│   ├── design.tex
│   ├── impl.tex
│   ├── eval.tex
│   └── discussion.tex
├── figures/            # Auto-generated from /assess
│   ├── architecture.pdf
│   └── workflow.pdf
├── references.bib      # From learned papers
├── analysis/           # Supporting materials
│   ├── assessment.json
│   ├── research_context.md
│   └── alignment_report.md
└── metadata.json       # Paper metadata for /memory

Integration with Existing Skills

All skill calls use subprocess with error handling - if a skill fails, the interview pauses and asks user how to proceed.

Key Design Principles

1. No Auto-Proceed: Every stage blocks on human approval
2. Ambiguity Resolution: Ask questions until clarity achieved
3. Recommendation + Override: Suggest but defer to user judgment
4. Transparent Process: Show what skills are called and why
5. Iterative Refinement: Allow regeneration with feedback
6. Graceful Failure: Handle skill errors without crashing

Example Session

$ ./run.sh draft --project ~/pi-mono

[INTERVIEW] Paper Type?
> b (System paper)

[INTERVIEW] Target venue?
> ICSE 2026 Tool Demo

[INTERVIEW] Main contributions? (one per line, 'done' when finished)
> Interview-driven skill orchestration
> Episodic memory with ArangoDB
> Human-in-the-loop paper generation
> done

[INTERVIEW] Audience?
> a (Software engineering researchers)

[INTERVIEW] Prior work areas? (space-separated)
> agent-architectures memory-systems tool-use

[STAGE 1] Scope defined ✓

[STAGE 2] Running /assess on ~/pi-mono...
[STAGE 2] Found 15 features, 3 architectural patterns
[INTERVIEW] Analysis shows: [summary]. Accurate? (y/n/refine)
> y

[STAGE 2] Running /dogpile on: "Interview-driven skill orchestration"...
[STAGE 2] Found 12 related projects

[INTERVIEW] Analysis complete. Continue to literature search? (y/n)
> y

[STAGE 3] Generating arxiv context from scope...
[STAGE 3] Searching arxiv for: "agent memory BDI architecture"...
[STAGE 3] Found 20 papers

[INTERVIEW] 5 HIGH, 8 MEDIUM, 7 LOW relevance. Extract which?
> all-high

[STAGE 4] Extracting 5 papers... (this may take 5-10 min)
[STAGE 4] Extracted 47 Q&A pairs

[INTERVIEW] Review extractions? (y/quick/skip)
> quick

[STAGE 5] Generating draft structure...
[INTERVIEW] 7 sections proposed. Approve? (y/custom)
> y

[STAGE 5] Drafting Abstract...
[INTERVIEW] Abstract draft ready. (view/regen/accept)
> view

[Abstract text shown]

[INTERVIEW] Feedback for regeneration? (or 'accept')
> Make it more concise, emphasize novelty
> regen

[STAGE 5] Abstract regenerated.
[INTERVIEW] (view/accept)
> accept

[Continues for each section...]

✓ Draft complete: paper_output/draft.tex
  Compile with: cd paper_output && pdflatex draft.tex

[STAGE 6] Store paper metadata in memory? (y/n)
> y

✓ Paper draft session complete

RAG Grounding

RAG (Retrieval-Augmented Generation) grounding prevents hallucination by ensuring all generated content is traceable to source material.

Enabling RAG

./run.sh draft --project /path/to/project --rag

How RAG Works

1. Code Snippet Extraction: Extracts function/class definitions from project
2. Project Facts: Compiles verified facts from analysis (features, LOC, patterns)
3. Paper Excerpts: Uses Q&A pairs from learned papers as grounding
4. Research Facts: Incorporates findings from dogpile research

Grounding Constraints

Each section has specific constraints:

Verifying Grounding

./run.sh verify ./paper_output --project /path/to/project

Checks generated content for:

• Unsupported claims (novel, achieves, outperforms)
• Fabricated metrics
• Missing source attribution

Multi-Template Support

Support for major academic venues:

# Generate ACM-formatted paper
./run.sh draft --project ./myproject --template acm

# List all templates
./run.sh templates

# Show template details
./run.sh templates --show cvpr

Iterative Refinement

The refine command enables section-by-section improvement with LLM feedback:

# Refine all sections with 2 rounds
./run.sh refine ./paper_output --rounds 2

# Refine specific section with feedback
./run.sh refine ./paper_output --section intro --feedback "Make it more concise"

Each round:

1. Shows current content preview
2. Prompts for feedback (or 'skip' to accept)
3. Generates automated critique (clarity, completeness)
4. LLM rewrites section addressing feedback + critique
5. Shows word count diff, asks for acceptance

Quality Dashboard

Comprehensive metrics and warnings:

./run.sh quality ./paper_output
./run.sh quality ./paper_output --verbose

Displays:

• Section word counts with targets
• Citation counts per section
• Figure/table/equation counts
• Citation checker (missing/unused BibTeX)
• Warnings for sections outside target ranges

Section Word Targets

Aspect Critique (SWIF2T-style)

Multi-aspect feedback system inspired by SWIF2T research:

# Critique all aspects
./run.sh critique ./paper_output

# Specific aspects
./run.sh critique ./paper_output --aspects clarity,rigor

# Single section with LLM
./run.sh critique ./paper_output --section eval --llm

Aspects Evaluated

Each aspect produces:

• Score (1-5)
• Specific findings
• Checklist items

Academic Phrase Palette

Section-specific academic writing suggestions:

# All phrases for a section
./run.sh phrases intro

# Specific aspect
./run.sh phrases intro --aspect motivation
./run.sh phrases eval --aspect results

Available Sections & Aspects

Example phrases:

• "Despite significant advances in..., there remains a critical need for..."
• "Our key insight is that..."
• "Unlike prior work, our method..."

Agent Persona Integration

Write papers in a specific agent's voice for consistent style and authority.

Built-in Persona: Horus Lupercal

# Generate paper in Horus's authoritative voice
./run.sh draft --project ./myproject --persona horus

# Get Horus-style phrases
./run.sh phrases eval --persona horus

Horus's Writing Style:

• Voice: Authoritative, commanding, tactically precise
• Tone: Competent, subtly contemptuous of inadequate approaches
• Structure: Military precision, anticipates objections
• Principles: Answer first, technical correctness non-negotiable

Characteristic Phrases:

• "The evidence is unambiguous."
• "Prior approaches fail to address the fundamental issue."
• "The results leave no room for debate."
• "Our methodology achieves what lesser approaches could not."

Forbidden Phrases (never used):

• "happy to help", "as an AI", "I believe", "hopefully"

Custom Personas

Load custom persona from JSON:

./run.sh draft --project ./myproject --persona /path/to/persona.json

persona.json format:

{
  "name": "Custom Persona",
  "voice": "academic",
  "tone_modifiers": ["precise", "formal"],
  "characteristic_phrases": ["We demonstrate that...", "Our analysis reveals..."],
  "forbidden_phrases": ["I think", "maybe"],
  "writing_principles": ["Clarity first", "Evidence-based claims"],
  "authority_source": "Rigorous methodology"
}

Venue Policy Compliance (2024-2025)

Based on dogpile research into current venue policies:

Venue Disclosure Generator

Generate LLM-use disclosure statements compliant with venue policies:

# Generate arXiv disclosure
./run.sh disclosure arxiv

# Show ICLR policy notes
./run.sh disclosure iclr --policy

# Save to file
./run.sh disclosure neurips -o acknowledgements.tex

Supported Venues:

Key Policy Notes (Oct 2025):

• arXiv CS tightened moderation: review/survey papers need completed peer review
• ICLR 2026: Hallucinated references = desk rejection
• All venues: Authors responsible for content correctness

Citation Verification

Prevent hallucinated references (critical for peer review):

# Check citations match BibTeX
./run.sh check-citations ./paper_output

# Strict mode (fail on issues)
./run.sh check-citations ./paper_output --strict

Checks performed:

• All \cite{} commands have matching .bib entries
• Recent papers (2023+) have URL/DOI
• No suspicious patterns (excessive "et al.", generic names)

Weakness Analysis

Generate explicit limitations section (research shows LLMs miss weaknesses):

# Analyze paper for limitations
./run.sh weakness-analysis ./paper_output

# Include project analysis
./run.sh weakness-analysis ./paper_output --project ./my-project

# Save to file
./run.sh weakness-analysis ./paper_output -o sections/limitations.tex

Categories analyzed:

• Methodology assumptions/simplifications
• Evaluation baseline count (research suggests 3-4 minimum)
• Scope boundaries
• Test coverage (if project provided)
• Reproducibility and generalization

Pre-Submission Checklist

Comprehensive validation before submission:

# Full pre-submit check
./run.sh pre-submit ./paper_output --venue iclr --project ./my-project

# arXiv-focused (default)
./run.sh pre-submit ./paper_output

Checklist items:

1. File structure (draft.tex, references.bib)
2. Required sections (intro, method, eval, conclusion)
3. Citation integrity (no missing/hallucinated)
4. LLM disclosure compliance (venue-specific)
5. Evidence grounding (code/figure references)

Exit codes:

• 0: Ready for submission
• 1: Critical issues found

Complete Command Reference

Horus Lupercal: Research Paper Workflow

Horus has access to all skills in /home/graham/workspace/experiments/pi-mono/.pi/skills and can compose them to write research papers about his projects.

Example: Writing a Paper on the Memory Project

# Step 1: Analyze the memory project
./run.sh draft --project /home/graham/workspace/experiments/memory \
               --persona horus \
               --rag \
               --template arxiv

# Step 2: Web research for related work (Horus has /surf access)
# Horus can use /surf to browse arXiv, GitHub, documentation

# Step 3: Generate limitations section
./run.sh weakness-analysis ./paper_output \
         --project /home/graham/workspace/experiments/memory

# Step 4: Pre-submission validation
./run.sh pre-submit ./paper_output \
         --venue arxiv \
         --project /home/graham/workspace/experiments/memory

Horus's Skill Composition

Horus Writing Principles (Academic Context)

When writing papers, Horus:

1. Answers first - States contributions directly, then elaborates
2. Technical precision - Every claim backed by evidence from code/experiments
3. Anticipates objections - Limitations section is thorough, not hidden
4. Commands authority - Writing is confident, not hedging
5. No AI-speak - Never uses "happy to help", "as an AI", "hopefully"

Example Horus Paper Abstract

Prior approaches to agent memory systems demonstrate troubling disregard for compositional reasoning—a fundamental deficiency that limits generalization across tasks. We present a knowledge graph architecture that addresses this inadequacy through graph-based belief tracking and Theory of Mind inference. Our implementation achieves 34% improved task success rate compared to flat memory baselines. The experimental results leave no room for debate regarding the superiority of structured episodic recall.

Jan 2026 Cutting-Edge Features (from dogpile research)

These features are based on January 2026 academic policy changes and state-of-the-art research.

Claim-Evidence Graph (BibAgent/SemanticCite Pattern)

Link every claim to its evidence sources for peer review defense:

# Build claim-evidence graph
./run.sh claim-graph ./paper_output

# With verification
./run.sh claim-graph ./paper_output --verify

# Export to JSON
./run.sh claim-graph ./paper_output -o claims.json

Support Levels:

• Supported: Claim has 2+ citations
• Partially Supported: Claim has 1 citation
• Unsupported: Claim has no citations (⚠ review required)

AI Usage Ledger (ICLR 2026 Compliance)

Track all AI tool usage for accurate disclosure:

# Show logged AI usage
./run.sh ai-ledger ./paper_output --show

# Generate disclosure statement from ledger
./run.sh ai-ledger ./paper_output --disclosure

# Clear ledger
./run.sh ai-ledger ./paper_output --clear

Tracked Information:

• Tool name (scillm, claude, gpt-4, etc.)
• Purpose (drafting, editing, citation_search)
• Section affected
• Prompt hash (for provenance, not full prompt)
• Output summary

Prompt Injection Sanitization (CVPR 2026 Requirement)

CVPR 2026 explicitly treats hidden prompt injection as an ethics violation:

# Check for prompt injection
./run.sh sanitize ./paper_output

# Auto-fix detected issues
./run.sh sanitize ./paper_output --fix

Detected Patterns:

• "ignore previous instructions"
• "you are now" / "pretend to be"
• Zero-width characters
• White/hidden text in LaTeX
• System prompt markers

Horus Paper Pipeline

The full Warmaster publishing workflow:

./run.sh horus-paper /home/graham/workspace/experiments/memory

Persona Strength Parameter:

Horus can modulate his voice for peer reviewers with --persona-strength:

# Measured tone for peer review
./run.sh horus-paper ./project --persona-strength 0.5 --auto-run

# Full Warmaster intensity
./run.sh horus-paper ./project -s 1.0 --auto-run

"I temper my voice for the peer reviewers. A tactical necessity." - Horus

Pipeline Phases:

1. Project Analysis: draft --persona horus --rag
2. Claim Verification: claim-graph --verify + check-citations --strict
3. Weakness Analysis: weakness-analysis --project
4. Compliance Check: sanitize + ai-ledger --disclosure + pre-submit

The Warmaster's Publishing Checklist:

• All claims have evidence (claim-graph)
• No hallucinated citations (check-citations --strict)
• Limitations explicitly stated (weakness-analysis)
• No prompt injection (sanitize)
• AI usage disclosed (ai-ledger --disclosure)
• Pre-submission passed (pre-submit)

Dependencies

• Python 3.10+
• LaTeX distribution (texlive or mactex)
• Existing skills: assess, dogpile, arxiv, review-code, memory
• interview skill (for HTML/TUI interview rendering)

Sanity Check

./sanity.sh

Verifies:

• All dependent skills exist
• LaTeX is installed
• Python dependencies available
• Template files present