Serial Dependence improves performance and biases confidence-based decisions

<p>We uploaded all the sessions in one file for each participant.<br> Each file contains a single matrix called &ldquo;RESP1&rdquo;.<br> The columns contain the following information:</p> <ul> <li>1^st: Orientation of top stimulus.</li> <li>2^nd: Orientation of bottom stimulus.</li> <li>3^rd: 1 whether current top orientation was equal of&nbsp;&nbsp;previous top orientation; 2 whether current bottom orientation was equal of&nbsp;&nbsp;previous bottom orientation.</li> <li>4^th: 0 whether top orientation was as right orientation. 1 whether top orientation was as left orientation.</li> <li>5^th: orientation of left stimulus.</li> <li>6^th: Stimulus chosen to judge (1 top; 2 bottom).</li> <li>7^th: 1 whether chosen stimulus had same orientation of previous in the same position, otherwise 0.</li> <li>8^th: Orientation response (1 left; 2 right).</li> <li>9^th: 1 response correct, 0 response wrong.</li> <li>10^th: Timestamp of start presentation of the stimulus.</li> <li>11^th: Timestamp of end presentation of the stimulus.</li> <li>12^th: Timestamp of chosen stimulus.</li> <li>13^th: Timestamp of orientation judgment.</li> <li>14^th: 1 whether variable stimulus was up or down (2).</li> <li>15^th: Noise level of top stimulus.</li> <li>16^th: Noise level of bottom stimulus.</li> <li>17^th: 1 whether participant chosen the variable stimulus, otherwise 0.</li> <li>18^th: 1 whether variable stimulus was a continuous stimulus, otherwise 0.</li> </ul>