Abstract

• Random build challenges became a popular form of Sims YouTube content in april 2020 and often incorporate a computerized randomizer that dictates composing choices. • Such challenges provide opportunities to explore material agency using Bennett's (2010) vital materialism to better understand relationships of agency, especially when aleatory elements are introduced. • Vitality includes three key concepts: efficacy, trajectory, and fractal causality. • During random build challenges, the vitalities of player, game, and randomizer compete and collaborate to compose the resulting houses; often, these houses do not function for Sims. • Applying Bennett's concept of vitality to random build challenges shows how experienced players navigate material influences, improvise, and innovate. These considerations, and the use of computerized randomizers, could be extended to other composing contexts to prompt further critical thinking and create both risk and challenge. Random build challenges became a trend among Sims YouTubers in April 2020 following Vixella's The Sims 4 but every room is a different pack . This mode of gameplay incorporates computerized randomizers to make building decisions and represent the challenges and risks associated with aleatory invention ( Holmes, 2016 , Lauer, 2016 , Leadon, 2011 , Vitanza, 2000 ). However, these challenges and risks emerge partly from material agency. To explore this phenomenon, I herein use Jane Bennett's (2010) vital materiality as a theoretical lens to examine random build challenges. Central to Bennett's theory is vitality, an agentive quality of both human and nonhuman materials that yields an effect—or in some cases affect—on other materials involved. Through examining three examples from popular Sims 4 YouTubers, Plumbella's random pack build; Lilsimsie's random townie build; and finally LaurenZSide's random meme build, this article demonstrates how player, game, and randomizer vitalities collaborate, compete, and co-exist. In addition to the videos serving as examples of aleatory building processes, random build challenges pose opportunities for experienced composers to implement new approaches in response to aleatory elements that can be adapted to other composing settings.

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