<p>Thick lines are the across-subject average, the shaded bands show one standard error around the subjects' mean; the thin lines show one representative subject. Left column: model-based strategy measures, simulated at experimental <i>execution variables</i> that at each point show the behavior of the object in the upcoming cycle(s) for perfect realization of a sinusoidal cup trajectory. Right column: strategy measures determined from continuous experimental force and kinematics that indicate the combined behavior of the object dynamics and the continuous online control by subjects. Note that <i>Sensitivity</i> can only be determined based on the simulated maps.</p
<p>The behavioural prediction of ToM players (y-axis) is plotted against her opponent’s true behavi...
<p>The strobing procedure is illustrated by the dots and the vertical lines: at every peak of the cu...
<p>The left hand side of the table shows how the information used differs between experts and novice...
<p>The horizontal axis corresponds to the simulation variable or its average experimental estimates...
<p>The color map shows that realization of a 1.0 Hz sinusoidal cup trajectory with different amplitu...
<p>(A) The shaded regions represent one standard error of the estimates of human strategies (<i>r</i...
<p>A. Experiment 1. For each observer we plot the proportion of time they picked either the side str...
<p>One strategy was to hold the angle constant while varying the force (A), the other strategy was t...
<p>All strategies were trained with <i>D</i><sub>3</sub> and evaluated with <i>D</i><sub>5</sub>.</p
<p>See text for detail.</p><p>Measures of fit between human performance and model predictions for op...
<p>(<b>a</b>) The graphs show explained variance, a measure of the match between model and empirical...
<p>ROC curves for each of the three pairs of subjects (columns), presented in terms of overall pair ...
<p>The left column of panels shows the simulations: the cup kinematics is defined as a pure sine wa...
<p>Data points show strategy per trial. Red lines provide fitted linear trend line. Dark rectangles ...
Schematics of two hypothetical strategy evolution scenarios shown for the Match-First task. For each...
<p>The behavioural prediction of ToM players (y-axis) is plotted against her opponent’s true behavi...
<p>The strobing procedure is illustrated by the dots and the vertical lines: at every peak of the cu...
<p>The left hand side of the table shows how the information used differs between experts and novice...
<p>The horizontal axis corresponds to the simulation variable or its average experimental estimates...
<p>The color map shows that realization of a 1.0 Hz sinusoidal cup trajectory with different amplitu...
<p>(A) The shaded regions represent one standard error of the estimates of human strategies (<i>r</i...
<p>A. Experiment 1. For each observer we plot the proportion of time they picked either the side str...
<p>One strategy was to hold the angle constant while varying the force (A), the other strategy was t...
<p>All strategies were trained with <i>D</i><sub>3</sub> and evaluated with <i>D</i><sub>5</sub>.</p
<p>See text for detail.</p><p>Measures of fit between human performance and model predictions for op...
<p>(<b>a</b>) The graphs show explained variance, a measure of the match between model and empirical...
<p>ROC curves for each of the three pairs of subjects (columns), presented in terms of overall pair ...
<p>The left column of panels shows the simulations: the cup kinematics is defined as a pure sine wa...
<p>Data points show strategy per trial. Red lines provide fitted linear trend line. Dark rectangles ...
Schematics of two hypothetical strategy evolution scenarios shown for the Match-First task. For each...
<p>The behavioural prediction of ToM players (y-axis) is plotted against her opponent’s true behavi...
<p>The strobing procedure is illustrated by the dots and the vertical lines: at every peak of the cu...
<p>The left hand side of the table shows how the information used differs between experts and novice...