latex-paper-conversion

name	latex-paper-conversion
description	This skill should be used when the user asks to convert an academic paper in LaTeX from one format (e.g., Springer, IPOL) to another format (e.g., MDPI, IEEE, Nature). It automates extraction, injection, fixing formatting, and compiling.
type	skill
created	2026-02-27T00:00:00.000Z
domain	life-learning
category	education
risk	safe
source	community
tags	["skill","life-learning","education","latex","paper","conversion"]

LaTeX Paper Conversion

Overview

This skill automates the tedious and recurring process of converting an academic paper written in LaTeX from one publisher's template to another. Different journals (e.g., Springer, MDPI, IEEE) have vastly different structural requirements, document classes, margin settings, and bibliography styles. This skill streamlines these conversions by executing a structured multi-stage workflow, extracting content, mapping it to a new template, and resolving common compilation errors.

When to Use This Skill

• Use when the user requests to port an existing LaTeX paper to a new journal's format.
• Use when the user provides an existing .tex file and a new template directory.
• Use when the user mentions converting from format A (e.g., IPOL/Neural Processing) to format B (e.g., MDPI).

How It Works

Step 1: Pre-requisites & Assessment

Identify the Source LaTeX file and asking the user for the Target Template Directory. Understand the core layout mapping (single-column vs. double-column, bibliography style).

Step 2: Extraction & Injection Script Generation

Create a Python script (e.g., convert_format.py) to parse the source LaTeX file. Use Regular Expressions to extract core text blocks. Merge the new template's preamble, the extracted body, and the backmatter. Write this to a new file in an output directory.

Step 3: Systematic Fixing

Perform generic fixes on the extracted body text before writing the final file, or in subsequent calls:

• Convert math environment cases (e.g., \begin{theorem} to \begin{Theorem}).
• Adjust aggressive float placements (e.g., [!t] or [h!]) to template-supported options. Avoid forcing [H] unless the float package is explicitly loaded.
• Ensure \includegraphics paths are relative to the new .tex file location.
• Convert \begin{tabular} to \begin{tabularx}{\textwidth} or use \resizebox if moving to a double-column layout.

Step 4: Compilation & Debugging

Run a build cycle (pdflatex -> bibtex -> pdflatex). Check the .log file using grep or to systematically fix any packages conflicts, undefined commands, or compilation halts.