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Prisoner's Dilemma algorithms developed using Python and Jupyter Notebook based programming languages for social decision-making research in socially anxious populations.

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Prisoner's-Dilemma Algorithms

The code located in this repository was written by Khalil I. Thompson, M.A., a Ph.D. candidate working with Dr. Jessica Turner and Dr. Erin Tone in the Department of Psychology at Georgia State University (Cognitive and Affective Neuroscience concentration. The code is Python-based and was developed for the purpose of constructing Prisoner's Dilemma algorithms that could be utilized to study social decision-making and behavioral patterns in socially anxious populations. This population exhibits a host of sociocognitive biases and maladaptive behaviors that are effectively captured with the Prisoner's Dilemma and other economic-exchange tasks. The code used for my dissertation was eventually integrated into a PsychoPy (stimulus presentation software) experiment, and this experiment can now be played online through the behavioral psychology experiment repositiory Pavlovia (pavlovia.org). If you have any additional questions about this code please email me at kthompson70@gsu.edu or khalilt93@gmail.com.

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Prisoner's Dilemma algorithms developed using Python and Jupyter Notebook based programming languages for social decision-making research in socially anxious populations.

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