Abstract
The act of telling stories is a fundamental part of what it means to be human. This work introduces the concept of narrative information, which we define as the overlap in information space between a story and the items that compose the story. Using contrastive learning methods, we show how modern artificial neural networks can be leveraged to distill stories and extract a representation of the narrative information. We then demonstrate how evolutionary algorithms can leverage this to extract a set of narrative template curves and how these-in tandem with a novel curve-fitting algorithm we introduce-can reorder music albums to automatically induce stories in them. In doing so, we give statistically significant evidence that (1)these narrative information template curves are present in existing albums and that (2)people prefer an album ordered through one of these learned template curves over a random one. The premises of our work extend to any form of (largely) independent media, and as evidence, we also show that our method works with image data.
Published Version
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