This finding was consistent when fixation scanpaths were compared across three different face processing tasks: learning, recognition and categorization by race.
In that study both the CMU and the scanpath were built to be implemented on top of any available FPGA.
Although these few findings support the influence of action preparation on perception in the skeletomotor system, the measures used are speeded motor responses or eye movement scanpaths that might reflect interactions within the motor control system itself.
Among the scarce reports there is encouraging, but indirect, evidence from the analysis of eye movement scanpaths before grasping [7] and the influence of subconscious priming on grasping reaction times [8] that indeed object orientation is perceived in an enhanced manner during grasping preparation.
Therefore, eye movement scanpaths cannot rule out the possibility that WCs' feature-by-feature fixations might be used to construct a whole-face representation, while a similar representation might be elaborated from central fixations on the nose region by EA observers.
When examining a participant's window movement scanpath, a more complicated pattern is expected when a visuomotor transformation is required, as evidenced by a larger number of reversals in each of the flip conditions.
Notably, Westerners and Easterners showed similar eye movement scanpaths in these conditions, with extended fixations towards the eye region and partially the mouth, abolishing previously established cultural diversity in eye movements [2].
A CMU and a LCM have then been added to each column, and one scanpath is provided for each column's set of flipflops.
When packaging design does not follow these patterns, the scanpath is less certain; it is, however, mainly determined by the order of element surface size.
Each movement must be small.
