Math Text Formatter

Format mathematical text for researchers, students, editors, and technical writers who regularly embed formulas, equations, and symbols in prose. It does not render math; instead it reformats, spaces, and aligns content to recognized conventions, producing a consistent textual representation suitable for drafts, preprints, and classroom materials.
Conceptually, the formatter parses text to identify inline and display math segments, detects common delimiters, and tokenizes operators, digits, and symbols. It applies spacing rules around +, −, ×, ÷, =, and parentheses, normalizes exponent, subscript, and fraction notation, and can convert constructs such as a^2 or (a+b)/c to standardized forms according to a chosen style preset.
Audience benefits include time savings, reduced inconsistency in equations, and easier collaboration with co-authors who share notation standards. Its unique value lies in configurable style presets (APA, IEEE, Chicago), multi-format export (LaTeX, MathML, or plain text), and batch processing. Locale-aware number formatting handles decimals and thousands separators as appropriate.
Core features include support for inline and display modes, consistent operator spacing, automatic alignment hints in display blocks, and safe exports to multiple formats. Use cases span manuscript polishing, lecture notes, code comments, and technical documentation. Outputs preserve content while delivering clean, publication-ready math text, without performing rendering or mathematical validation.
It supports configurable precision and can be extended to accommodate industry-specific conventions such as chemical notation or physics units, while remaining focused on textual representation rather than layout. It is designed to integrate smoothly with editors, version control, and document pipelines that demand reproducible formatting.