The phrase "a moving bar" is correct and usable in written English.
It can be used in contexts where you are describing a bar that is in motion, such as in a physical or metaphorical sense, like in a game or a mechanism.
Example: "The game features a challenging level where players must navigate through obstacles while avoiding a moving bar that can knock them off course."
Alternatives: "a sliding bar" or "a shifting bar".
By employing the center coordinates of the semicircular ends and the thickness of a moving bar as design variables, the bar can float around the design domain while its shape morphs according to the design sensitivities.
We report findings from several variants of a psychophysical experiment using an acceleration detection task in which we tested predictions derived from recent neurophysiological data obtained from monkey area MT. The task was designed as a Posner paradigm and required subjects to detect the speed-up of a moving bar, cued with 75% validity.
Literacy is, in this way, a moving bar.
The neurons did not respond differently to a moving bar as its color was changed [12].
After the isolation of a single-unit, its receptive field was mapped and the optimal stimulus orientation, direction and velocity were determined qualitatively using a moving bar of light projected onto a tangent screen.
2) In Figure 1, signals are compared between a static bar and a moving bar.
Using a long moving bar as a stimulus, Fiorani et al. (1992) observed RFs inside the optic disc representation in V1 of adult monkeys.
All data obtained under different levels of competition with multiple objects were compared to a corresponding condition, in which only a single moving bar was presented in the absence of any interfering distracter object.
(A ) Spiking responses of vDSGC from adult Pcdhg retina to a bright moving bar moving in 8 directions.
This may have differed from the prior negative result [12] that used a single moving bar and thus local motion processing, whereas our stimulus required global integration of the dot field motion.
The maximum thickness is controlled for each moving bar through its corresponding constraint, which prevents an over-sized member due to the overlapping of moving bars.
