“…Similar operations can be performed for simple features like orientation (Alvarez & Oliva, 2009; Elias, Padama, & Sweeny, 2018; Parkes, Lund, Angelucci, Solomon, & Morgan, 2001; Ross & Burr, 2008) velocity and trajectory (Watamaniuk & Duchon, 1992; Watamaniuk, Sekuler, & Williams, 1989), hue (Maule & Franklin, 2015; Webster, Kay, & Webster, 2014), as well as for high-level visual features like facial expression (Elias, Dyer, & Sweeny, 2017; Haberman, Harp, & Whitney, 2009; Haberman & Whitney, 2007, 2009; Im et al, 2017), gaze (Florey, Clifford, Dakin, & Mareschal, 2016; Sweeny & Whitney, 2014), biological motion (Sweeny, Haroz, & Whitney, 2013), identity (de Fockert & Wolfenstein, 2009; Neumann, Schweinberger, & Burton, 2013; Yamanashi Leib, Landau, Baek, Chong, & Robertson, 2012), viewpoints (Yamanashi Leib et al, 2014), and attractiveness (Walker & Vul, 2014). More complex judgments of race, dominance, social norms, and even group membership itself appear to be rooted in ensemble coding, too (Dannals & Miller, 2017; Goldenberg, Sweeny, Shpigel, & Gross, 2020; Lamer, Sweeny, Dyer, & Weisbuch, 2018; Phillips, Slepian, & Hughes, 2018). Summary judgments even appear possible for more abstract targets, like average lifelikeness of plants, nonhuman animals, and household objects (Yamanashi Leib, Kosovicheva, & Whitney, 2016).…”