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Thus, the specific interaction of interest, between task and transition type, was selectively observed for the long RSI condition.
This 3-way interaction was driven by the 2-way interaction between task and transition type being significant early in the RSI, F1,15 = 6.30; P = 0.024, but not in the middle or late time window (F < 1).
The CNV, the slow posterior positivity, and oscillatory alpha power all exhibited the crucial interaction between task and transition type (Figs 2, 3, and 4), but did so in importantly different ways.
For now, the critical point to note is that signal differences apparent prior to n− 1 response do not reflect an interaction between task and transition type (F < 1), thus clearly distinguishing these trial n− 1 effects from the switch-specific CNV and slow posterior positivity discussed above.
Importantly, a significant interaction between task and transition type was observed for both the CNV, F1,15 = 10.30; P = 0.006, and the slow posterior positivity, F1,15 = 9.17; P = 0.008, indicating the sensitivity of both components to between-task differences in switching.
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A marginally significant interaction was observed between RSI, task, and transition, F1,15 = 4.45; P = 0.05.
Furthermore, a marginally significant 3-way interaction between time window, task, and transition type was observed, F1,15 = 3.36; P = 0.064.
To investigate possible interactions of between-task competition and effective advance preparation with the latter characterized by fast responses (e.g., Lavric et al. 2008)—correct trials were divided into fast and slow bins based on an RT median split separately for each condition of the factorial combination of task and transition type.
Hence, parieto-occipital alpha power was modulated by the task and transition type early in the RSI, being selectively stronger in repeat trials of the weaker task.
The results also suggest keeping 3DUI tasks synchronized across the ICs, as this can help users understand their relationships, smoothen within- and between-task IC transitions, and inspire more creative use of different interfaces.
Furthermore, a significant interaction between task transition and lateralization was observed for both CNV, F2,14 = 18.02; P < 0.001, reflecting its lateralization to the right, and slow posterior positivity, F2,14 = 33.39; P < 0.001, reflecting reliable left lateralization for this component.
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