Sentence examples for width of the object from inspiring English sources
As we saw before, one of the factors that make the height and width of the object change is depth variation.
(delta x_{{s}_{1}}) and (delta x_{{s}_{2}}) are the width of the object projected onto image planes (S_1) and (S_2,) respectively.
The object-detector distance was chosen as the minimum achievable, considering the large size of the objects, to minimize the penumbra, while the source-detector distance was set as the minimum comprising the largest width of the object in the X-ray beam, thus maximizing the signal intensity.
end{aligned} (7)In Fig. 5, W is the width of the object, (z_{{s}_{2}}) is the distance between the lens (pinhole) and the object normal to the focal plane at time (t_2) and (Delta z) is the distance travelled between (t_1) and (t_2).
That is, compressing the apparent vertical angular deviation from straight ahead increased the perceived width of the object, consistent with the notion that the object was perceived as being farther away.
Because the lens system developed by WOL did not change the horizon ratio, but did increase the apparent horizontal : vertical aspect ratio of the object, a change in the perceived width of the object might be expected on the basis of the unaltered horizon ratio in conjunction with the altered aspect ratio of the object.
The width of the objects is distorted due to the combination of the tip and sample geometries, so any measured distance is increased as much as an order of magnitude.
The caging formation guarantees that all of the Euclidean distances between any two adjacent robots are smaller than the minimal width of the polygonal object so that the object cannot escape.
enemy.scaleX = 3; Stretches the width of the enemy object by a factor of 3. A number will flip the object.
The width of the polyurethane object must be greater than between left and right rim (235 mm).
The error between the estimated width at time t and the ground truth width can be described as: e{2}_t=kern0.5em mid {W}_t-{W}_t^{GT}mid (29 where W t is the width of the tracked object in one certain algorithm at time t and ( {W}_t^{GT} ) is the ground truth in the same frame.
