The phrase "allow the visual to" is correct and usable in written English.
It can be used when discussing the permission or capability for a visual element to perform a function or convey information.
Example: "In this presentation, we will allow the visual to guide the audience's understanding of the data."
Alternatives: "permit the visual to" or "enable the visual to".
The first few frames are deceptive: it looks as though it might not go anywhere, until Hamilton makes the frames basically melt, allowing the visuals to flow parallel to the music in an organic way.
The system includes a constant to allow the visual interpolator to gracefully degrade to linear interpolation when the former becomes inaccurate.
In some ways, when it then comes to styling, branding, art direction, or photography, the designer would not want to feel "too close" to the collection to allow the visual media to be its best.
We conclude that melanopsin-driven adjustments in the visual response allow the visual code to provide a richer, less redundant representation of natural scenes.
Many of the established findings come from studies of static faces, which manifest implied motion, but do not allow the visual system to represent naturalistic movement trajectories, which unfold over time.
The Hoek triaxial cell was modified to allow the visual monitoring of grain debonding and borehole breakout processes during the laboratory tests.
These data are then projected in a horizontal bar below the genes to allow the visual integration with annotation data and regulatory element predictions.
This allows the visual system to respond reliably to deteriorated stimuli yet quickly to high-quality stimuli.
Multineuronal activation patterns containing stimulus specific information evolve on a continuum of different timescales, with time constants ranging from 1 5 ms up to >100 ms. We propose that this flexibility with respect to the use of different timescales allows the visual cortex to represent the spatiotemporal dynamics of stimuli with high fidelity.
(computer science) '01, whose experience writing the image-recognition software for the Cornell world champion robotic soccer (RoboCup) team, developed the image recognition software in PathogenTracker that allows the visual comparisons to be made between the genetic fingerprints of the different strains.
