Sentence examples for longitudinal segments from inspiring English sources

In contrast to F-histogram which treats longitudinal segments in a number of directions during the range [0, 2π], R-histogram treats the longitudinal segments of shapes with only one fixed direction; thereby the computational complexity is significantly reduced.

For a pair of two shapes, the shapes are treated as the longitudinal segments parallel to the line connecting centroids of the two shapes, and the R-histogram is composed of the length ratios of collinear longitudinal segments.

The shapes are handled as the longitudinal segments parallel to the line connecting centroids of two shapes, and the R-histogram is constructed by the length ratios of collinear longitudinal segments from two shapes.

Then, the R-histogram is composed of the length ratios of collinear longitudinal segments from the two shapes.

The specimens were strengthened with external composite reinforcement – longitudinal segments of CFRP strips and transverse confinement executed with CFRP sheets.

Different from the histogram of angles treating the 2D object as a set of points, F-histogram method handles the shapes as longitudinal segments.

It was decided that the ideal longitudinal segment for this study was the one that transected Paris on its way between the northern and southern ends of France — a choice that later impeded international acceptance of the system but made glorious sense to Parisians at the time.

Similarly, E B v E B ∩ l v stands for a longitudinal segment of shape B. Figure 1 Illustrating the R-histogram.

A longitudinal segment may be the union of a finite number of disjoint segments, e.g., in (a) the longitudinal segment E A v N − 1 = E A ∩ l v N−− 1 = I ∪ J ∪ K, and in (b) E A v 1 = E A ∩ l v 1== I ∪ J ∪ K.

For any real number v, the intersection E A ∩ l v, denoted by E A v, is a longitudinal segment of A. In this article, as the term "shape" denotes a 2D plane which may have holes in it or may consist of many connected components, E A v e.g., E A v N − 1 in Figure1a is the union of a finite number of disjoint segments.

In Equation (1), L denotes the length of the longitudinal segment ξ, N is the number of v that are sampled equidistantly in the range of v min, v max, v min and v max are the minimum and maximum intercepts of the valid lines l v) which have nonempty intersections with both A and B, i.e., v min = max v min A, v min B v max = min v max A, v max B. (2).