A framework for streamlining research workflow in neuroscience and psychology.
Successful accumulation of knowledge is critically dependent on the ability to verify and replicate every part of scientific conduct. However, such principles are difficult to enact when researchers continue to resort on ad-hoc workflows and with poorly maintained code base. In this paper I examine the needs of neuroscience and psychology community, and introduce psychopy_ext, a unifying framework that seamlessly integrates popular experiment building, analysis and manuscript preparation tools by choosing reasonable defaults and implementing relatively rigid patterns of workflow. This structure allows for automation of multiple tasks, such as generated user interfaces, unit testing, control analyses of stimuli, single-command access to descriptive statistics, and publication quality plotting. Taken together, psychopy_ext opens an exciting possibility for a faster, more robust code development and collaboration for researchers.
Laboratories of Biological and Experimental Psychology, Faculty of Psychology and Educational Sciences, KU Leuven Leuven, Belgium.
Jonas
J
Kubilius
MVPA; collaboration; fMRI; neuroscience; psychophysics; python; reproducibility; vision