In the adaptation phase, the number being adapted to appeared for 300 ms with 350-ms interstimulus interval (ISI).
Another strength of this study is the adaptation phase where, throughout the process of implementing and adapting the intervention, qualitative evaluations were carried out with both women and staff.
Gain changes at the adapted and unadapted location were measured by dividing responses to probes during the adaptation phase (gray traces) by those during the baseline phase (black traces).
For the adaptation phase, this analysis included the six conditions of interest (two adapted directions × three probe directions), within which the critical, directional interaction between adapting gaze direction and probe gaze direction was evaluated as a T contrast, creating a statistical parametric map (SPM) of the T statistic.
In the adaptation phase, the same two probe patterns were presented superimposed on an adapting background of bars of higher intensity (0.2 R*/rod/s), again for at least 20 trials each.
In order to measure the magnitude of aftereffect, we compared a PSS before and after the adaptation phase.
In case-based reasoning systems the adaptation phase is a notoriously difficult and complex step.
In the adaptation phase, participants were repeatedly presented with visual apparent motion produced by a pair of white circles placed side by side.
In order to measure the magnitude of the aftereffect, we compared a point of subjective stationarity (PSS) before and after the adaptation phase.
Post hoc tests (Tukey's HSD) revealed significant differences in PSS between the rightward and leftward sound conditions (P = 0.01), and PSS between the leftward and no-sound conditions after the adaptation phase (P = 0.014).
The post hoc test showed the significant deferences in PSS between the rightward and leftward sound conditions (P = 0.013), and PSS between the leftward and no-sound conditions in the same-eye condition after the adaptation phase (P = 0.021).
