Sentence examples for tracks were calculated from inspiring English sources

Diffusion coefficients of in-mask tracks were calculated (See details in 'Materials and methods' and Video 10 ).

Distances between red and yellow tracks were calculated for each video frame, and a track was taken to be associated if it remained within a defined separation for a chosen number of frames.

The tracks are calculated with SeBa (Portegies Zwart and Verbunt 1996, Toonen et al. 2012).

After applying the alignment corrections, the above track finding is repeated, and GBL tracks are calculated based on the corrected hits.

These crosshairs were used to measure the area of a leaf or stem section on which the number of tracks was calculated.

Data association probabilities for the fusion tracks are calculated by begin{array}{l} beta_{k}^{eta} = {frac{1}{Lambda_{k }^left{ {begin{array}{*{20}{c}} 1 - {P_{D}^{P_{G}};&text{if (eta) is a false fusion track} {P_{D}^{P_{G}}{frac{{p_{k}^{eta}}}{{{rho_{k}^{tau}}} }};&text{if (eta) is the true fusion track}end{array}} right.

First, two or more individual tracks are calculated from geographic locality records, then generalized tracks are delimited through geographic congruence of individual tracks, and finally, nodes are identified as the intersection area(s) between generalized tracks.

The number of overlapping base pairs between the two tracks was calculated for the real data, as well as for 50 000 Monte Carlo samples from the null model.

Briefly, the average divergence between the TE repeats and the consensus (milliDiv from RepeatMasker UCSC track) was calculated for each TE type, and the Jukes-Cantor method with a substitution rate of 4.5e-9 per base per year was applied.

The vertical interaction between a train and the track is calculated as a time history for single or multiple wheels moving on periodically supported rails, using a wavenumber-based approach.

The vertical parametric oscillations of an infinite row of identical equally spaced wheels, bearing constant load and uniformly moving over a railway track, are calculated by means of Fourier series technique.