CODICES Digital Humanities Lab

A digital studio for the optical, chemical, and computational
analysis of manuscripts, texts, and early printed books

Sentiment Analysis in Ancient Greek Tragedy

Dates

2019 - Present

Project Abstract

Sentiment Analysis Graph

Aristotle famously described tragedy as a literary form that evokes feelings of pity and fear in its audience that lead to a sense of purification or catharsis. This project asks the extent to which the computational techniques of sentiment analysis and topic modeling can be used to identify and map these emotions on the collection of tragedies written by Aeschylus, Sophocles, and Euripides.

Our current project builds on previous work that constructed visualization tools allowing for the exploration of linguistic data in Greek tragedy using social networks integrated with linguistic data. This work is available online at https://daedalus.umkc.edu/VisualExplorer/, and it was published in the Proceedings of the 2011 Chicago Colloquium on Digital Humanities.

We have published two articles on this work that explore how human readers understand the sentiments of passages from the text and how this compares to computational sentiment analysis. Our goal has been to validate the applicability of computational sentiment analysis methods designed for Tweets and Facebook posts to literary texts.

Publications

Our current work focuses on computationally identifying main topic clusters from the corpus of Greek tragedy, assigning sentiments to these topic clusters, and associating these topic-sentiment pairs with characters and character types in the plays.

Project Team

Jeff Rydberg-Cox
Classics Program
Department of English
College of Arts & Sciences
School of Computing and Engineering
University of Missouri-Kansas City

Virginia Blanton
Department of English
College of Arts & Sciences
University of Missouri-Kansas City

Yugi Lee
Department of Computer Science Electrical Engineering
School of Computing and Engineering
University of Missouri-Kansas City

Nathan Oyler
Department of Chemistry
School of Biological and Chemical Sciences
University of Missouri-Kansas City

Graduate Students

Vijaya Kumari Yeruva
Doctoral Student
Department of Computer Science and Electrical Engineering
School of Computing and Engineering

Mayanka Chandrashekar
Doctoral Student
Department of Computer Science and Electrical Engineering
School of Computing and Engineering