“…RDMs provide a useful probe of motion perception, given the ability to parametrically control the relative saliency of the motion stimuli. They have been employed in psychophysical and neurophysiological experiments to understand underlying neural mechanisms of motion perception ( Britten et al, 1992 ; Purushothaman and Bradley, 2005 ), perceptual decision-making ( Mazurek et al, 2003 ; Gold and Shadlen, 2007 ; Beck et al, 2008 ), perceptual learning ( Ball and Sekuler, 1982 ; Zohary et al, 1994 ; Zanker, 1999 ; Seitz and Watanabe, 2003 ; Seitz et al, 2005 ; Law and Gold, 2008 ), motion direction discrimination ( Adelson and Bergen, 1985 ; Cleary and Braddick, 1990 ; Britten et al, 1996 ; Banton et al, 2001 ; Pavan et al, 2016 ), depth perception ( Kim and Mollon, 2002 ; Nadler et al, 2008 ; Kim et al, 2016 ), and short-term visual memory ( Pavan et al, 2013 , 2021 ) among other processes. While RDMs have emerged as one of the most conventional psychophysical paradigms for studying properties of visual motion perception processes, to date, RDM-based tasks are largely regulated to specialize in laboratory-based software systems (e.g., Psychophysics Toolbox for MATLAB, PsychoPy, Eprime, etc.)…”