This file provides guidance to Claude Code (claude.ai/code) when working with code in this repository.
This repository contains "The Architecture of Thought" — a treatise presenting the Dialectical Cognition Framework (DCF), a methodology for human-AI collaboration. The main output is a ~267-page LaTeX document (split into chapters) with supporting practical resources in Markdown.
Read DCF_ESSENTIALS.md first to understand the core concepts, Socratic toolkit, and 24 modes.
| Task | Command |
|---|---|
| Quick LaTeX compile | pdflatex THE_ARCHITECTURE_OF_THOUGHT.tex |
| Full LaTeX build | See Full Compilation below |
| Spell check all | cspell --config .cspell.json "**/*.md" --no-progress |
| Lint all markdown | markdownlint-cli2 "**/*.md" --config .markdownlint.json --ignore CHANGELOG.md |
| Single file validation | cspell --config .cspell.json "file.md" && markdownlint-cli2 "file.md" |
Dependencies: TeX Live 2025 or MacTeX for LaTeX; npm install -g cspell markdownlint-cli2 for validation.
# Quick compile (iterative editing - no bibliography/index update)
pdflatex THE_ARCHITECTURE_OF_THOUGHT.tex
# Full compilation with bibliography and index
pdflatex THE_ARCHITECTURE_OF_THOUGHT.tex
bibtex THE_ARCHITECTURE_OF_THOUGHT
makeindex THE_ARCHITECTURE_OF_THOUGHT
pdflatex THE_ARCHITECTURE_OF_THOUGHT.tex
pdflatex THE_ARCHITECTURE_OF_THOUGHT.tex
# Partial compile (single chapter for faster iteration)
# Add to main .tex file after \input{preamble}:
# \includeonly{parts/part07-claude-code/ch22-memory-systems}
pdflatex THE_ARCHITECTURE_OF_THOUGHT.texThe triple pdflatex run resolves cross-references and index entries. Use quick compile for iterative content editing; full compile before commits. Use \includeonly{} for fast single-chapter development.
cspell --config .cspell.json "**/*.md" --no-progress
markdownlint-cli2 "**/*.md" --config .markdownlint.json --ignore CHANGELOG.mdAdd project-specific words to .cspell.json words array when needed.
| File | Purpose |
|---|---|
THE_ARCHITECTURE_OF_THOUGHT.tex |
Main LaTeX file with \include directives |
preamble.tex |
All packages, configuration, and custom commands |
parts/ |
Chapter files organized by part (see structure below) |
DCF_ESSENTIALS.md |
Condensed practitioner's guide — read this to understand DCF concepts |
.claude/commands/dcf.md |
The /dcf skill definition (24 modes in 5 categories) |
.claude/commands/cybw.md |
The /cybw skill — quick adversarial checkpoint |
.claude/scripts/dcf-workflow |
Shell script for chaining DCF modes with checkpoints |
resources/CLAUDE_MD_TEMPLATE.md |
Template for DCF-informed CLAUDE.md files |
references.bib |
BibTeX bibliography |
The treatise is split into 76 chapter files under parts/:
parts/
├── frontmatter.tex # Abstract
├── preface.tex
├── part01-core-philosophy/ # Chapters 1-3
├── part02-socratic-method/ # Chapters 4-5
├── part03-prompt-chaining/ # Chapters 6-8
├── part04-knowledge-engineering/# Chapters 9-11
├── part05-metacognition/ # Chapters 12-14
├── part06-philosophical-foundations/ # Chapters 15-18
├── part07-claude-code/ # Chapters 19-28
├── part08-practical-application/# Chapters 29-32
├── part09-emerging-discipline/ # Chapters 33-35
├── part10-methodology-landscape/# Chapters 36-43
├── part11-agentic-era/ # Chapters 44-51
├── part12-critical-perspectives/# Chapters 52-53
├── appendices/ # Appendices A-H
└── backmatter.tex # Acknowledgments, Colophon
Each part directory contains a _part.tex file with the \part{} declaration and individual chapter files named chNN-slug.tex.
Applies Socratic questioning contextually. See .claude/commands/dcf.md for full details.
| Category | Modes |
|---|---|
| Evaluation & Review | review, checkpoint, self-review, refine |
| Problem Solving | debug, unstick, simplify, diagnose, decompose, verify |
| Design & Analysis | architect, tradeoffs, assumptions, premortem, challenge, decide, constrain |
| Learning & Exploration | learn, onboard, explain |
| Session Management | compact, context-health, retro, skill |
Quick adversarial checkpoint based on Hills (2025) research. Surfaces errors, biases, contradictory evidence, and alternatives absent from initial responses.
/cybw # Challenge the last response
/cybw the caching strategy # Challenge a specific decision
/cybw "users want this feature" # Challenge a specific assumption
Use /cybw for fast checks. Use /dcf challenge for full structured analysis.
The dcf-workflow script chains DCF modes with checkpoints:
dcf-workflow new-project # onboard → architect → premortem
dcf-workflow debug "auth timeout" # debug → assumptions → simplify
dcf-workflow decision "API design" # tradeoffs → challenge → decide
dcf-workflow complex-task # constrain → decompose → architect
dcf-workflow high-stakes # assumptions → verify → challenge → decide
dcf-workflow unfamiliar # onboard → decompose → verify
dcf-workflow --list # show all workflows
dcf-workflow --dry-run <workflow> # preview without executingInstallation: Add .claude/scripts/ to PATH or symlink dcf-workflow to /usr/local/bin/.
Caution: Workflows are scaffolding. Each transition should be a genuine checkpoint—not automatic progression.
When sessions get long, use /dcf compact to create SESSION_FINDINGS.md (gitignored) for continuity across session resets.
PRs trigger these GitHub Actions (all must pass):
- ci.yml: Commitlint, markdown-lint, spell-check, link-checker (consolidated)
- pdf-preview.yml: Compiles PDF and posts preview link on PRs with .tex/.bib changes
- compile-pdf.yml: Builds LaTeX document on push to main
Use prefixes matching the conventional commit type:
| Type | Branch Prefix | When to Use |
|---|---|---|
feat/ |
feat/description |
New content or features |
fix/ |
fix/description |
Corrections and bug fixes |
docs/ |
docs/description |
Documentation changes |
refactor/ |
refactor/description |
Restructuring |
chore/ |
chore/description |
Maintenance tasks |
ci/ |
ci/description |
CI/CD changes |
Rules: lowercase, hyphens between words, concise but descriptive
This project uses Conventional Commits:
<type>: <description>
Types: feat, fix, docs, style, refactor, chore, ci
See CONTRIBUTING.md for full details.
- PRs require review before merging
- All CI checks must pass
- Branches are automatically deleted after merge
- Squash merge is preferred for clean history
This project has Serena MCP configured with memories for editing the treatise.
| Memory | Purpose |
|---|---|
LATEX_EDITING_GUIDE |
Document structure map, line ranges, editing patterns, LaTeX conventions |
DCF_CONCEPTS |
24 modes, Socratic toolkit, anti-patterns, terminology quick reference |
STYLE_GUIDE |
Writing conventions, tone, terminology preferences, formatting patterns |
CROSS_REFERENCES |
Concept dependencies, term definition locations, label/ref conventions |
BIBLIOGRAPHY_SOURCES |
Annotated sources by topic, citation guidance, reference relationships |
REVISION_DECISIONS |
Editorial decision log, style precedents, rejected alternatives |
Before editing the LaTeX document, read relevant memories:
LATEX_EDITING_GUIDE- Where and how to edit (note: now references chapter files, not line numbers)STYLE_GUIDE- How to write consistentlyCROSS_REFERENCES- What depends on whatDCF_CONCEPTS- Quick reference for framework terms
Note: The document was restructured into chapter files. Serena memories referencing line numbers in the monolithic file may need updating to reference chapter file paths instead (e.g.,
parts/part07-claude-code/ch22-memory-systems.tex).
When adding citations: Consult BIBLIOGRAPHY_SOURCES for context on existing references.
When making editorial decisions: Log significant choices in REVISION_DECISIONS.
Use Zotero MCP for bibliography management when adding new references:
Workflow for adding citations:
- Search Zotero:
mcp__zotero__zotero_semantic_searchormcp__zotero__zotero_search_items - Get metadata with BibTeX:
mcp__zotero__zotero_get_item_metadatawithformat: "bibtex" - Add to
references.bibfollowing existing entry patterns - Cite in LaTeX:
\cite{clark1998extended}
Bibliography sections in references.bib: Extended Mind, Scaffolding/ZPD, Dialectical Thinking, Philosophy of Science, Organizational Learning, Hermeneutics, PKM, Human-AI Collaboration, Metacognition and Human-AI Collaboration Research, Socratic Method, Socratic Prompting/LLM, Agentic AI, Classic Philosophy.
When adding new references, place them in the appropriate section or create a new commented section header.
Collaboration approach:
- Apply DCF principles: surface assumptions, present trade-offs, question to clarify
- Use the Socratic toolkit: Elenchus (expose assumptions), Dialectic (test via opposition), Meta-question (find the right inquiry)
- End significant exchanges by surfacing what question the user should ask next
Content style:
- Direct and concise—practitioner-focused, avoid academic verbosity
- Ground in examples—new theoretical content needs concrete illustrations
- Follow patterns—new resources should match existing
resources/file formats
Before committing:
- Run spell-check and markdown-lint on changed
.mdfiles - Full LaTeX compile if .tex or .bib changed
Model selection guidance:
| Model | When to Use |
|---|---|
| Haiku | Quick searches, exploration, lower-stakes tasks |
| Sonnet | Most development work, balanced engagement |
| Opus | Architecture decisions, complex judgment, high-stakes work |
| Issue | Solution |
|---|---|
| Spell check fails on valid word | Add to .cspell.json words array |
| LaTeX undefined reference | Run pdflatex 2-3 times after bibtex/makeindex |
| CI link-checker fails | Check for broken external URLs in markdown |
| Commitlint rejects message | Use format type: description (lowercase type, no period) |