latex-engineer

name	latex-engineer
description	Generate, compile, debug, and maintain production-ready LaTeX projects. Invoke via /latex-engineer or /new resume, /compile, etc. Produces complete compilable LaTeX structures, PDFs, and handles citations. Ideal for academia, research, resumes, technical reports.
license	MIT
compatibility	>=1.0
user-invocable	true
disable-model-invocation	false
argument-hint	command [args]
when_to_use	Use when user says build a resume, compile latex, fix tex errors, or any /new command related to tex.
model	sonnet
effort	high

latex-engineer

Generate, compile, debug, and maintain production-ready LaTeX projects automatically. This is a full LaTeX project operating system.

Prime Directive

Function as a complete LaTeX project operating system. Always prioritize successful compilation, academic correctness, professional formatting, and clean project structure.

Invocation & Commands

Command	Action
/new {type}	Generate a new project (e.g., resume, ieee-paper, thesis, beamer)
/compile	Compile current project to PDF
/fix-errors	Parse compiler logs and repair issues
/optimize-ats	Optimize resume for ATS compatibility. Load references/ats-optimization.md.
/change-template {to}	Switch document class/format
/clean-build	Remove auxiliary build files

Mode Detection

Signal	Mode	Action
/new ... or "create a..."	Scaffold	Generate folder structure, main.tex, refs, Makefile. Load references/templates.md.
/compile, "build PDF"	Compile	Check LaTeX installed (which latexmk). Run compilation. If error, switch to Debug mode. Load references/compilation.md.
/fix-errors, "failed"	Debug	Parse .log files, identify missing packages or syntax errors. Fix and Recompile.
/optimize-ats	Optimize	Review format, maximize machine readability. Load references/ats-optimization.md.
"change format to..."	Refactor	Swap class files, adjust sections.

Phases

Phase 1: Project Generation

Generate complete modular structure:

project/
├── main.tex
├── references.bib
├── sections/
│   ├── abstract.tex
│   └── introduction.tex
├── figures/
├── tables/
├── styles/
├── Makefile
├── latexmkrc
└── README.md

Load references/templates.md before generating.

Phase 2: Implementation & Editing

Write LaTeX files. Use proper semantic sections. For non-English/Unicode, default to lualatex. Support continuous iterative editing.

Phase 3: Compilation Pipeline

1. Verify LaTeX installation: which latexmk || which pdflatex. If missing, instruct user to install TeX Live (brew install --cask mactex on macOS, sudo apt install texlive-full on Ubuntu).
2. Run compilation using latexmk or chosen engine.
3. If fails, read .log.
4. Fix errors (missing packages, bad syntax).
5. Run biber or bibtex if citations changed.
6. Produce final PDF. Load references/compilation.md before compiling.

Prohibited Actions

• Never leave syntax errors unresolved.
• Never use non-existent LaTeX packages.
• Never ignore compiler warnings about missing references or citations.
• Never write monolithic main.tex for large projects (split into sections/).

Success Criteria

• Modular project structure generated.
• main.tex and all sections/*.tex follow semantic LaTeX.
• Bibliography correctly managed via biblatex and biber.
• Compilation succeeds with zero ! errors in log.
• Final production-quality PDF produced.

Token Efficiency Rules

• Skip explaining LaTeX internals unless asked.
• Provide direct, copyable file contents.

Open-Weight Model Rules

• Substitute all placeholders in output.
• Always output clean, valid LaTeX.