Files section contains the E Prime file from the original study. Note that Dr. Besner described, in email, further instruction on calculating the low contingency adjusted condition: *"One detail that might be worth specifically explaining is the low contingency adjusted condition. This was described as: low contingency adjusted = (low contingency) x (percentage unpredicted errors) x (3/2) To explain this clearly: low contingency = percentage of errors for low contingency trials (31.4% in paper) percentage unpredicted errors = (total errors for low contingency trials, excluding the high contingency response) / (total errors for low contingency trials, including the high contingency response) (63.6% in paper) 3/2 = correction for the fact that one is only looking at two of the three possible incorrect responses Thus, 31.4 x 63.6 x 3/2 = 30.0% But more specifically, this formula was calculated for every participant using their own data (i.e., not the group averaged means)."* And that he created a variable to assist in this calculation: *"I note now that I made a variable called "Predicted" that corresponds to the high contingency response, which can be used for calculating the low contingency adjusted condition. For each low contingency trial error, "if Predicted = ISPCdisplay.RESP" tells you whether it is a predicted versus unpredicted error."*