a | ERP data for each subject (N = 23), repeated for each time point (N = 257) | One-sample t test for all time samples (N = 257), Bonferroni corrected | 1 |
b | ERP data for each subject (N = 23), repeated for each time point (N = 257) | One-sample t test for all time samples (N = 257), Bonferroni corrected | 1 |
c | ERP data for each subject (N = 23), repeated for each time point (N = 257) | One-sample t test for all time samples (N = 257), Bonferroni corrected | 0.73 |
d | Mean amplitude of ERPs for each subject (N = 23) for two tasks (track/spont.) | Repeated measures ANOVA with factor task | 0.7 |
e | Mean amplitude of ERPs for each subject (N = 23) for seven levels of cursor deviation | Repeated measures ANOVA with factor deviation | 0.16 |
f | Mean amplitude of ERPs across subjects for 7 levels of cursor deviation | F test | 1 |
g | Mean amplitude of ERPs across subjects for 7 levels of cursor deviation | F test | 0.41 |
h | Mean amplitude of ERPs for each subject (N = 23) for tracking and spontaneous (repeated for 7 levels of deviation) | Paired t test for all cursor deviation bins (N = 7), Bonferroni corrected | 0.96 |
i | Mean amplitude of ERPs across subjects for 7 levels of cursor deviation | F test | 1 |
j | Mean zPLV for each subject (N = 23) | One-sample t test | 0.07 |
k | Mean zPLV for each subject (N = 23) | One-sample t test | 0.07 |
l | Mean zPLV for each subject (N = 23) | One-sample t test | 0.95 |
m | Mean zPLV for each subject (N = 23) | One-sample t test | 1 |
n | Mean zPLV for each subject (N = 23) | Paired t test | 1 |
o | Mean amplitude of ERPs across subjects for 7 levels of cursor deviation | F test | 1* |