The dots traveled on a randomized path, and their travel speed varied as a function of the angle of depression of the accelerator, thus providing the participant with a sense that the travel speed of his or her own vehicle varied as a function of the depression angle of the accelerator.
For the simple case of single horizontal layer, the travel time equation as a function of offset is t_{2} left( x right) = t_{2} left( 0 right) + frac{{x_{2} }}{{v_{2} }}where x 2is the distance (offset) between the source2 and receiver2 position in Fig. 2.
Travel behaviour was examined as a function of age, sex, economic status and home location.
Three different distributions of travelling times are considered as a function of water speed: fast in channels and fast on the marsh platform (dotted), fast in channels and intermediate on the marsh platform (dashed), or fast in channels and slow on the marsh platform (solid).
d Red and black lines indicate travel times of S reflection as a function of rotation angle for Figs. 6b and 7b, respectively.
Table 6 Distribution of trips inside the coverage area of Rome metro network (2020) as a function of transit travel times (TTT) and travel times along the shortest path (TTSP) 0 ≤ TTT/TTSP ≤1 1 < TTT/TTSP ≤1,5 1,5 < TTT/TTSP ≤2 TTT/TTSP >2 trips inside the metro influence area 23.43.55 17.9 55.2.
Second, a RP/SP combined mode choice model is estimated in which the parameters of travel time and cost are defined as a function of future income, respectively.
Dwell times are computed as a function of travel demand flows evaluated by simulating explicitly user behaviour on the platform when a train arrives.
We measured the differential travel time between the two stations as a function of the period by cross-correlating synthetics from the two models using eight different bandpass filters at center periods of 2.7, 3.8, 5.3, 7.5, 10.6, 15.0, 21.2, and 30.0 s. Figure 10 shows the measured differential travel times after correction for ray theoretical travel time difference (i.e., time shift).
Trajectories swept by the nematode tail (or head) are labeled, illustrating striking differences in the travel paths adopted by C. elegans as a function of the surrounding environment.
