(a) Violin plot depict the distribution of mean feedback integration across all adaptation phase trials of the experiment separately for each midpoint uncertainty level. The inset of each violin shows a box plot in which the white dot indicates the median data value, the black box spans the 25% to 75% percentiles, and the whiskers extend to the most extreme data points. (b) Scatter plot showing the mean feedback integration as a function of error experienced at midpoint. Lines indicate fitted linear regression lines, corresponding to the coefficients included in Table 12, row 4). Point and line colour indicates uncertainty level.</p
Distribution of Consistency scores in the (A) Proximal goal and (B) Distal goal conditions. Each dot...
(a) The colour of the dot on trial t represents the level of sensory uncertainty applied at midpoint...
<p>Percentage of BOLD signal change (mean V1, V2, V3) is plotted over time (s) for all three motion ...
(a) Violin plot depict the distribution of mean feedback integration across all adaptation phase tri...
(a) Violin plot depict the distribution of mean feedback integration across all adaptation phase tri...
(a) Violin plot depict the distribution of mean changes in initial movement vector across all adapta...
(a) Violin plot depict the distribution of mean changes in initial movement vector across all adapta...
(a) Violin plot depict the distribution of mean changes in initial movement vector across all adapta...
The coef column contains β coefficients, the se column contains standard errors of these coefficient...
The coef column contains β coefficients, the se column contains standard errors of these coefficient...
The coef column contains β coefficients, the se column contains standard errors of these coefficient...
Distribution of Mapping scores in the (A) Proximal and (B) Distal goal conditions, for the three deg...
(a) Dot colour for trial t represents the level of sensory uncertainty applied at midpoint on the pr...
Distribution of Consistency scores in the (from left to right panel) Proximal goal, PG-to-DG, Distal...
(a) The colour of the dot on trial t represents the combination of sensory uncertainty applied at mi...
Distribution of Consistency scores in the (A) Proximal goal and (B) Distal goal conditions. Each dot...
(a) The colour of the dot on trial t represents the level of sensory uncertainty applied at midpoint...
<p>Percentage of BOLD signal change (mean V1, V2, V3) is plotted over time (s) for all three motion ...
(a) Violin plot depict the distribution of mean feedback integration across all adaptation phase tri...
(a) Violin plot depict the distribution of mean feedback integration across all adaptation phase tri...
(a) Violin plot depict the distribution of mean changes in initial movement vector across all adapta...
(a) Violin plot depict the distribution of mean changes in initial movement vector across all adapta...
(a) Violin plot depict the distribution of mean changes in initial movement vector across all adapta...
The coef column contains β coefficients, the se column contains standard errors of these coefficient...
The coef column contains β coefficients, the se column contains standard errors of these coefficient...
The coef column contains β coefficients, the se column contains standard errors of these coefficient...
Distribution of Mapping scores in the (A) Proximal and (B) Distal goal conditions, for the three deg...
(a) Dot colour for trial t represents the level of sensory uncertainty applied at midpoint on the pr...
Distribution of Consistency scores in the (from left to right panel) Proximal goal, PG-to-DG, Distal...
(a) The colour of the dot on trial t represents the combination of sensory uncertainty applied at mi...
Distribution of Consistency scores in the (A) Proximal goal and (B) Distal goal conditions. Each dot...
(a) The colour of the dot on trial t represents the level of sensory uncertainty applied at midpoint...
<p>Percentage of BOLD signal change (mean V1, V2, V3) is plotted over time (s) for all three motion ...