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Flexibility to contingency changes distinguishes habitual and goal-directed strategies in humans

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Academic year: 2019

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Figure

Fig 1. Schematic of the experimental design. (A) Each trial started from either the first-level state (S0), withstructure from the second-level states to terminal states repeatedly flipped after a random number of trials(every 3–14), in an unsignalled fash
Fig 2. Stay probability patterns predicted by simulating model-free (A), model-based (B), and hybrid (C) reinforcement learning algorithms
Fig 3. Experimental results. (A) Stay probabilities from human subjects (N = 16) showed significant effects of both model-based (p < 0.01) and model-free (p < 0.01) strategies
Table).For both systems, values for the non-selected action were updated as well, assuming that

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