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The velocity profile was generated by motion-morphing between two prototypes: Prototype 1 was described by the standard equation of gravitational motion h(t) = h0 – 0.5 gt, where h = height, h0 = initial height, t = time and g = gravitational force (9.8 m/s); and Prototype 2 was a constant velocity vector.
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Neither the main effect of prototype (F 1,9) = 0.0096, p = 0.92) nor the interaction term were significant (F 1, 9) = 3.42, p = 0.098), suggesting that the decorrelation effect was not significantly different between the two prototypes.
In this case, the line segment between these two prototypes is approximately collinear to the first principal component axis.
Additionally, transitions between two stable prototypes may provide velocities that fit best to a third prototype, as happened in the short sequence shown in yellow just before the last saccade of the example data at about 1210ms.
The velocity profile of the stimulus was generated by motion-morphing between two movement prototypes.
Finally, these two prototypes also interact with each other, forming a stabilizing salt bridge between Lys-304 and Glu-376.
They ended up with two prototypes.
In the spring, two prototypes arrived by FedEx.
Two prototypes have flown.
Two prototypes were developed.
Two prototypes were made.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com