Sentence examples for cue alignment from inspiring English sources

In contrast, though, the present experiment shows clear evidence that hand and cue alignment can affect cueing effects.

In Experiment 2, the arms were in view, and now some target responses were affected by cue alignment: Cueing for outer targets was only significant when the hands were aligned with them.

The cue alignment during the first block was counterbalanced across participants and applied also during the practice block.

Each random dot subset would not provide this information, and to the extent that the subset might activate contour filters, would deliver inappropriate cues regarding alignments of the boundary.

Although the alignment cue, by itself, failed to produce any perceptual grouping, when it was paired to the proximity cue, it enhanced the grouping produced by the latter – for the sparsest pattern (see above), the ratio between the larger and the smaller element separation that was necessary to achieve criterion decreased to 2.5:1, when the alignment cue was also present.

Given that this term does not itself interact with the factor of experiment, it shows that no robust difference exists between the experiments in the effect that cue and target alignment has on cueing effects.

Moreover, in this case performance should also be lower in the contact condition than in the on– off condition, since the alignment cue is less clear in the former than in the latter.

However, no robust evidence was shown here for a modulation of cueing effects by changes in alignment between cues and targets.

The anisotropic CG scaffolds also provided critical contact guidance cues for cell alignment.

We hypothesized that these non-muscle components may have functional benefit, serving as important structural alignment cues in inter- and intra-cellular organization of cardiac myocytes.

While fibroblast directionality is similar on electrically aligned vs. nanoimprinted scaffolds for fiber sizes >100 nm, cell directionality is influenced more strongly by the perfect alignment cues of the latter on ∼100 nm fiber scaffolds.