Interviews the project and generates a complete .claude/rules/ rule set that agents, new teammates, and handover recipients can immediately reference. Extends an existing CLAUDE.md if found; generates from scratch if not.
Analyzes API route files, middleware, response formats, and validation patterns. Used by init-rules skill during parallel codebase analysis. Only spawned when an API layer is detected.
Analyzes project directory structure, module boundaries, dependency graph, data flow, global state, and key dependencies. Used by init-rules skill during parallel codebase analysis.
Analyzes CI/CD workflows, Docker configuration, and deployment patterns. Used by init-rules skill during parallel codebase analysis. Only spawned when CI/CD config files are detected.
Analyzes source file naming conventions, import styles, error handling, async patterns, component patterns, and code style with frequency data. Used by init-rules skill during parallel codebase analysis.
Analyzes how major dependencies are used — direct vs wrapped, custom abstractions, and usage consistency. Used by init-rules skill during parallel codebase analysis.
Cross-validates findings from all analysis agents, detects conflicts, rates pattern consistency, and produces a unified analysis. Used by init-rules skill after parallel codebase analysis.
Analyzes test file structure, framework, patterns, boundaries, data patterns, and type distribution. Used by init-rules skill during parallel codebase analysis.
Validates generated rule files against the actual codebase. Reports match percentages and flags rules that conflict with existing code. Used by init-rules skill after rule files are generated.
Converts academic papers into implementable code functions. Accepts a PDF path, arxiv URL, or search keyword — if a keyword is given, searches for relevant papers and lets the user choose. Extracts mathematical formulas, algorithms, and logic, then generates well-documented functions with paper references and…
Generates code functions from extracted paper elements. Follows dependency ordering, uses meaningful variable names, and includes paper references in docstrings. Used by paper2code skill in STEP 6.
Identifies implementable elements from a paper — both mathematical formulas AND domain knowledge (rules, classifications, causal relationships, thresholds). Builds a dependency DAG for correct code generation ordering. Used by paper2code skill in STEP 3. Does NOT re-read the paper.
Reads academic paper content from PDF or URL. Handles chunked reading for large PDFs (>20 pages). Extracts structure, formulas, algorithms, and notation. Used by paper2code skill in STEP 2.
Searches for academic papers across multiple sources (web search as primary, Semantic Scholar as secondary). Optimizes queries, deduplicates results, and pre-validates PDF accessibility. Used by paper2code skill in STEP 1.
Validates generated code against paper definitions. Checks variable coverage, dimensional consistency, operation correctness, and edge case handling. Static analysis only — does not execute code. Used by paper2code skill in STEP 7.
★not rated 2 7mo agoA50 tokens
At most 3 mods per repository are shown here, and a mod shipped inside a plugin is left to that plugin's page — the rest are on their repository pages: