Sentence examples for mean track direction from inspiring English sources

In all cases, analysis was done by performing a linear regression of the mean track direction from eight separate wind directional categories (0° 22.5°, 22.5° 45°, etc).

versus the mean track direction minus heading ("wind effect") for each wind category.

The deep-layer mean flow is considered to be the best tool in determining track direction and speed.

The deep-layered mean flow through the troposphere is considered to be the best tool in determining track direction and speed.

The deep layer mean flow, or average wind through the depth of the troposphere, is considered the best tool in determining track direction and speed.

Based on regression of track direction against "wind effect" (track direction minus heading), both SW and SE tracks were strongly indicative of distinct mean preferred directions and of partial compensation (Table 3).

A computer and gyroscope are used to sense direction and, with speed sensors, track direction and distance to the destination.

Second, simplifications in the longitudinal track direction are investigated by comparing 2.5D and periodic track models.

Drift angles were calculated as the absolute deviation of the track direction from 215°.

More than 85% of the tracks exhibited a southerly component, with track directions exhibiting a circular mean ± angular deviation of 189° ± 56° and a vector-length of r = 0.53.

We therefore examined circular statistics of SW tracks (those with track directions between 215° ± 45°), specifically their circular mean, vector length r and (assuming normally distributed data) equivalent angular deviation (Batschelet 1981).