This paper presents a comprehensive examination of SAEL (Structured Ancient Egyptian Language), a novel encoding system designed for the representation and computational treatment of Egyptian hieroglyphic texts. SAEL emerges as a response to long-standing challenges in digital Egyptology, particularly the conflation of semantic content with visual presentation that characterizes traditional encoding systems. This document provides a detailed technical specification of SAEL's notation, operators, and semantic principles, while offering a systematic comparison with established systems such as the Manuel de Codage (MdC) and the Revised Encoding Scheme (RES). Furthermore, this study addresses the fundamental challenges inherent in digital representation of ancient languages, with particular emphasis on the complex ligature systems of Egyptian hieroglyphs and the broader implications for Unicode-based typography. The analysis reveals SAEL's distinctive approach to separating linguistic content from artistic representation, its partial compatibility with existing standards, and its potential contribution to the advancement of computational Egyptology and digital humanities scholarship.
Andrés J. Díaz (Fri,) studied this question.